Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Subcellular Localization

Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Input: MAPFQSNKDLISTGIKEFNVLLDQQVFDDPLISEEDMVIVVHDWVNLYTNYYKKLVHGEQEEQDRAMTEFQQELSTLGSQFLAKYRTFLKSKEPPSNTLPSS

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MKPLIRRLSRIADSSSCNRNRSGDIHHPTSTYSSSVFLVKRATVASSVPSGHVPVNVGEDKERFVVSAELLNHPVFVGLLNRSAQEYGYTQKGVLHIPCNVFVFEQVVESLRSGIADDTSELIASLSGEDVSTE

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Input: MANAASGMAVHDDCKLRFLELKAKRTHRFIVYKIEEKQKQVVVEKVGQPIQTYEEFAACLPADECRYAIYDFDFVTAENCQKSKIFFIAWCPDIAKVRSKMIYASSKDRFKRELDGIQVELQATDPTEMDLDVFRSRAN

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Input: MSTAGDGERGTVGQEDSAAARPFRFSPEPTLEDIRRLHAEFAAERDWEQFHQPRNLLLALVGEVGELAELFQWKSDTEPGPQAWPPKERAALQEELSDVLIYLVALAARCHVDLPQAVISKMDTNRQRYPVHLSRGSACKYTDLPRGTISENQAVGAGDPASELRDQAST

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MAGVKAYELRTKSKEQLASQLVDLKKELAELKVQKLSRPSLPKIKTVRKSIACVLTVINEQQREAVRQLYKGKKYQPKDLRAKKTRALRRALTKFEASQVTEKQRKKQIAFPQRKYAIKA

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MAGVKAYELRTKSKEQLASQLVDLKKELAELKVQKLSRPSLPKIKTVRKSIACVLTVINEQQREAVRQLYKGKKYQPKDLRAKKTRALRRALTKFEASQVTEKQRKKQIAFPQRKYAIKA

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MMSKVKQVIQDLTVEKDKGGEASRHSEEESHLLEEVETKNPGGYVKRKVRRLVCNFRWPTPNRHVDHSEGREDAGRFVGQETEAKRKSQEQWMRFSKWFLTPESDSHYNLGLIP

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Input: MPPKQQLSKAAKAAAALAGGKKSKKKWSKKSMKDRAQHAVILDQEKYDRILKEVPTYRYVSVSVLVDRLKIGGSLARIALRHLEKEGIIKPISKHSKQAIYTRATASE

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MQYCELDLSGQWLDTVYCEENFSDFVFIKFLNPSQFEEKIYCYTLHITKRTLENKRLLLYYEDEFKKHGHDINELVGDGIILRSCWNPRQ

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MANLRTQKRLAASVLKCGKRKVWMDPNEISEISNANSRQNIRKLVKDGLVIRKPNLMHSRFRIRKTHAAKRLGRHTGYGKRKGTAEARMPSTVVWMRRQRVLRRLLRKYRESGKIDKHLYHTLYLEAKGNTFKHKRALIEHIQRAKAEANRTKLIQEQQDARRARAKAARQRRAKAVEEKREQIYTAAEKIEE

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MKHLIRRLSRVADSSSEFSIRRSTSSFRNRRGHHRLHAPPPPWSICPARRVNTVPAGHVPVYVGEEMERFVVSAELMNHPIFVGLLNRSAQEYGYAQKGVLHIPCHVIVFERVVETLRLGGFEGSGDLENLVASLLSGDELIPETTE

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MKQLIRRLSRVADSTQYSLLRSESQRGRTKKEKHKSWVPEGHVPVYVGHEMERFVVNAELLNHPVFVALLKQSAQEYGYEQQGVLRIPCHVLVFERILESLRLGLADRVT

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MSAFVTKAEEMIKSHPYFQLSASWCPDCVYANSIWNKLNVQDKVFVFDIGSLPRNEQEKWRIAFQKVVGSRNLPTIVVNGKFWGTESQLHRFEAKGTLEEELTKIGLLP

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MISSFEVRKATIDDYFELRNLICDVTRCTETLSREQAEERFRYNTYHPYCLVDTENGRIVGYAGFYIIPHLGRKNDSRIEHVIISKEYRNRGLGRLLCKQIIEDAKNKFNCGRIDLTVESHIAKKLYSSLEFEKVNTEVMRNSFLDLTPKSD

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MAQNISPEQSGGAGGGGSKHSDDSMPVKDNHAVSKRLHKELMNLMMANERGISAFPDGENIFKWVGTIAGPRNTVYSGQTYRLSLDFPNSYPYAAPVVKFLTSCFHPNVDLQGAICLDILKDKWSALYDVRTILLSIQSLLGEPNNESPLNAQAAMMWNDQKEYKKYLDAFYEKHKDT

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MSMNRQEISDLCVKSLEGRMVGTEAQNIENGNAFYRYFFTNFPDLRVYFKGAEKYTADDVKKSERFDKQGQRILLACHLLANVYTNEEVFKGYVRETINRHRIYKMDPALWMAFFTVFTGYLESVGCLNDQQKAAWMALGKEFNAESQTHLKNSNLPHV

Output: Cytoplasm


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MGKGTPSFGKRHNKSHTLCNRCGRRSFHVQKKTCSSCGYPSAKTRSHNWAAKAKRRHTTGTGRMRYLKHVSRRFKNGFQTGSAKATSA

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MQPASAKWYDRRDYVFIEFCVEDSKDVNVNFEKSKLTFSCLGGSDNFKHLNEIDLFHCIDPNDSKHKRTDRSILCCLRKGESGQSWPRLTKERAKLNWLSVDFNNWKDWEDDSDEDMSNFDRFSEMMNNMGGDEDVDLPEVDGADDDSQDSDDEKMPDLE

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Input: MSDAVTIRTRKVISNPLLARKQFVVDVLHPNRANVSKDELREKLAEVYKAEKDAVSVFGFRTQFGGGKSVGFGLVYNSVAEAKKFEPTYRLVRYGLAEKVEKASRQQRKQKKNRDKKIFGTGKRLAKKVARRNAD

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Input: MSDAVTIRTRKVISNPLLARKQFVVDVLHPNRANVSKDELREKLAEVYKAEKDAVSVFGFRTQFGGGKSVGFGLVYNSVAEAKKFEPTYRLVRYGLAEKVEKASRQQRKQKKNRDKKIFGTGKRLAKKVARRNAD

Output: Cytoplasm


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Input: MEEVKKDVYSVWALPDEESEPRFKKLMEALRSEFTGPRFVPHVTVAVSAYLTADEAKKMFESACDGLKAYTATVDRVSTGTFFFQCVFLLLQTTPEVMEAGEHCKNHFNCSTTTPYMPHLSLLYAELTEEEKKNAQEKAYTLDSSLDGLSFRLNRLALCKTDTEDKTLETWETVAVCNLNP

Output: Cytoplasm


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Cytoplasm


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Cytoplasm


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Cytoplasm


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Cytoplasm


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MGEGLLDLRSQLGFYKFYHHNPKNVLIHSIFVPTILFSGSCMLHRVKIYQSISLTAVLSVLFSIFYCLLYLPTGLLAGVLLLLLNLALIDHRVDLTFKQELGLFTIGWIFQFVGHGVFEKRRPALIDNLVQSLVLAPYFIMFEFLFKLGFMPRLKATLEHDLEIKQRNLRMQRQ

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MATRGGPMVAGTDGNDFEFRQRVAGTYQISLLNKSRLKYCIFFHALLFFVMLAKLTSDILDHLDIFVLEIEELEVPPPLWWEYVWAASLLTSFLGLSAARGNKVREMQKYMVAILLFAILPLFYCFAYYFSDVWEFATLDKSVELDETDIFVWRGYPYGVFWYAFCFVGFQVHGFTLYFAYNLVKAWKARTATRKFQ

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MWKFCCVTEKLTLFLFIYGICIYICIAVPIRSDLSTVFEPEAKGSRITSNYRRSLFNMLGYDNSVHPNNCKGSFLCPMLRGENRACPNAYMKYNRSLIYHGYSSYTASSCTAIYECEGDYPARTGNEIIDEFDQLNLQCSACGTRFFNNDNENTRCYVKLNYCYPDCTEITPSTSEYDYREPVRDW

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MRLQGAIFVLLPHLGPILVWLFTRDHMSGWCEGPRMLSWCPFYKVLLLVQTAIYSVVGYASYLVWKDLGGGLGWPLALPLGLYAVQLTISWTVLVLFFTVHNPGLALLHLLLLYGLVVSTALIWHPINKLAALLLLPYLAWLTVTSALTYHLWRDSLCPVHQPQPTEKSD

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Input: MPKYNVSDFKSKFDKELTNHFNKNGYKQSFVFEDIRLLIAIACIIPAGLAFGIEYVYGFGVLKSYLKYLLPLYFLASCLLTFWSSVVKGSTVYVATKKERHIKISADTFLPLKNKPLITTKFTVLKNRNAVQLEWSVPVAHIFEEDGQISSATFEAEISKYLSQIEN

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MSGLITIVVLLGIAFVVYKLFLSDGQYSPPPYSEYPPFSHRYQRFTNSAGPPPPGFKSEFTGPQNTGHGATSGFGSAFTGQQGYENSGPGFWTGLGTGGILGYLFGSNRAATPFSDSWYYPSYPPSYPGTWNRAYSPLHGGSGSYSVCSNSDTKTRTASGYGGTRRR

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MANLISFHDVAKHKCKNDCWILIHGKVYDISTFMDEHPGGDNVLLAVTGKDASIDFEDVNHSKDAKELMKKYCIGDVDQSTVPVTQQYIPPWEKESTAAETTKEESGKKLLIYLIPLLILGVAFALRFYNNK

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MMDLIISTILLSLFIHFFDKFAKKRTIDGAYRIYVSVSNNKDLKKNKEILEQLLTVKKELNATSSQDQFAKWARLNRKYEQLSQEWEKQSANVKIFQDTFKRVLSLFLWILTRGFRFYIQFKESKTPVFFLPAFLLPSWALWVLSLPRSIYGSVSLTVWNFAVQKTISGIF

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MSSDRKVLSFEEVSKHNKTKDCWLIISGKVYDVTPFMDDHPGGDEVLLSSTGKDATNDFEDVGHSDTARDMMDKYFIGEIDSSSVPATRTYVAPQQPAYNQDKTPEFIIKILQFLVPILILGLALVVRHYTKKD

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MASRAGPRAAGTDGSDFQHRERVAMHYQMSVTLKYEIKKLIYVHLVIWLLLVAKMSVGHLRLLSHDQVAMPYQWEYPYLLSILPSLLGLLSFPRNNISYLVLSMISMGLFSIAPLIYGSMEMFPAAQQLYRHGKAYRFLFGFSAVSIMYLVLVLAVQVHAWQLYYSKKLLDSWFTSTQEKKHK

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Input: MGGDGKVFTLSEVSQHSSAKDCWIVIDGKVYDVTKFLDDHPGGDEVILTSTGKDATDDFEDVGHSSTAKAMLDEYYVGDIDTATVPVKAKFVPPTSTKAVATQDKSSDFVIKLLQFLVPLLILGLAFGIRYYTKTKAPSS

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MASTQVVFIVTLFLYLLITRWRRKNEKSFIASEEPKQPEWRDYTPAELKEYNGSKNSLVFLAIKGTVYNVTMGSKFYGPQGPYSAFAGHDASRGLAKNSFDDEFIPDSDAEELDDCSDLNDEERQALNDWKAFFDQKYQAVGRLISPREARAAATISETEEKVAHN

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Input: MLVRENNSNDRSIIEYVIKILLISGISRIIILILAMFESIRHIIFHNDTNPSDARKFQMAICRLSSQKSRKLKNPIESSTTSHKKKGYVRKCYECLQIQVS

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MGDEAKIFTLSEVSEHNQAHDCWIVINGKVYNVTKFLEDHPGGDDVLLSSTGKDATDDFEDVGHSESAREMMEQYYVGEIDPTTIPKKVKYTPPKQPHYNQDKTSEFIIKLLQFLVPLAILGLAVGIRIYTKSG

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Input: MSSAKPINVYSIPELNQALDEALPSVFARLNYERSYALLDAKLYIGYSIAVVAGLSFFLDKKFERDQIVTYQKLLVGAYFVLSLLFWYFSRFIEKGTVYVGKRRGTKEEIYVKTKFEKNEPLYLVELVQKKKGENSKKELKAKLEVNKVFNESGYLQNDAYFKWFSEQHNVLDTKKNE

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Input: MVAKQRIRMANEKHSKNITQRGNVAKTSRNAPEEKASVGPWLLALFIFVVCGSAIFQIIQSIRMGM

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MQLQGPVFVGVPLLGPILICMLIHQPSSRCEDERKLPWCPPHKVILLVWVTIYSVMGYASYLVWKELGGGFRWPLALPLGLYSFQLALSWTFLVLFLAADSPGLALLDLLLLYGLVASLVFIWQPINKLAALLLLPYLAWLTVTTAITYRLWRDSLCPTYQP

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MAETFKIRKLEISDKRKGFIELLGQLTVTGSVTDEEFDRRFEEIRSYGDDHVICVIEEETSGKIAATGSVMIEKKFLRNCGKAGHIEDVVVDSRFRGKQLGKKVVEFLMDHCKSMGCYKVILDCSVENKVFYEKCGMSNKSIQMSKYFD

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Input: MEQLRKRVVRFTNNDDDDFEPVFLNEQDQDAFVEQLRLTNNRDNRMFSIIFSFLYLLLIVPLFLYPEYWAFKLVELLSLFYCAYVMYFLPLEVGLFNPKTPNKWKFLFILNIGVTALITVLGWSQHTSFFYAFLNIRTLVCGITIFTEIARYSMYHSTLSVEKLDEMRFAHM

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MTLTHHSTFIKGIEGSAEGEIEDVRQTTVFDPPFYGHPMLVPPSPSLTTMFRTRSTTPDEEGTAIAEIDQQDWDIMVKVPTYEYYGFVMYLVSMLGFGVYIVWALTPAPVLKFFEIHYYLSRWWALAIPTWLFVLVIYIHVVLNAYNTEVLTKPFSSLECIVDQYALVGEEDGAAHGRVVDLRLCDVNKQQLEET

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MVSAWIYFTSLMLTCANIMLQMYFTVMYSDLKDDFINPIDLSRKLNWYVLPEMGFQAFSALLLLLSGAWITFLLNVPMLAWNAKMIMSNTHMHDSTTIFKDVSSRQKRSFFKLACFAVFFFVYLFLFVSRLVDE

Output: reticulum


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MEIEKDEDDTTLVDSGGDFDCNICLDQVRDPVVTLCGHLFCWPCIHKWTYASNNSRQRVDQYDHKREPPKCPVCKSDVSEATLVPIYGRGQKAPQSGSNVPSRPTGPVYDLRGVGQRLGEGESQRYMYRMPDPVMGVVCEMVYRRLFGESSSNMAPYRDMNVRSRRRAMQAEESLSRVYLFLLCFMFMCLFLF

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MSSTKASGSVKNSAASAPGGPKSQIRRRAAVEKNTKESNSGPAGARAAGAPGSTPTLLKLYTDEASGFKVDPVVVMVLSVGFIASVFLLHIVARILKKFASE

Output: reticulum


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Input: MATGTDQAVGFGLVAVSLIIFTYYTTWVILLPFIDSQHVIHKYFLPRAYAVLLPLAAGLLLLLFVGLFITYVLLKSQKVTKKAQ

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: reticulum


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: reticulum


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: reticulum


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: reticulum


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: reticulum


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: reticulum


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: reticulum


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: apparatus


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: apparatus


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: apparatus


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: apparatus


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: apparatus


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: apparatus


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: apparatus


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: apparatus


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: apparatus


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: apparatus


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: apparatus


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: apparatus


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: apparatus


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: apparatus


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: apparatus


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MDKTKMFSAINLGVGGIFVLSGFIKLFSFSFVNALLALFIIVFGLGTIGLEKEIPPIAIKYGSFMFSFLGRGFFYAFMGTLLFSYSGFTSFLGFLVLLAGIAYCGANYVAGLQDYAPRSMRDNDWDDNVDEV

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: apparatus


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: apparatus


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: apparatus


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MSVIPPKFFKIANISIGCIDIIAALSQLTYIFTNLNVFLLAVYGLALSVPIVYLEFKVPSNLYRYASFYFSFLGRGLSYILLSLIISFGGIYNILAGMFTFILGVAFIVFHFSQFVEEPANFRAPGSSLSIGDDDIDDDDDMI

Output: apparatus


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: apparatus


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Input: MCCYCVCCTVSDFILYIVAFFFPPAAVLLRSGPCSSDFLLNVLLTLLGFLPGMLHAFYYITITSPLRNAEYVYYYQQGWVDSERNVPSNRPQNSQTPQNRPQQGSSARNVYPSVETPLLQGAAPHDNKQSLVESPPPYVP

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MVMLHSKNVKGFLENTLKPYDLHSVDFKTSSLQSSMIITATNGGILSYATSNNDVPKNSINEINSVNNLKMMSLLIKDKWSEDENDTEEQHSNSCYPVEIDSFKTKIYTYEMEDLHTCVAQIPNSDLLLLFIAEGSFPYGLLVIKIERAMRELTDLFGYKLG

Output: Lysosome/Vacuole


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MSVPGPYQAATGPSSAPSAPPSYEETVAVNSYYPTPPAPMPGPTTGLVTGPDGKGMNPPSYYTQPAPIPNNNPITVQTVYVQHPITFLDRPIQMCCPSCNKMIVSQLSYNAGALTWLSCGSLCLLGCIAGCCFIPFCVDALQDVDHYCPNCRALLGTYKRL

Output: Lysosome/Vacuole


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Lysosome/Vacuole


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Lysosome/Vacuole


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MSSFYTVVGVFIVVSAMSVLFWIMAPKNNQAVWRSTVILTLAMMFLMWAITFLCQLHPLVAPRRSDLRPEFAE

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Lysosome/Vacuole


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Lysosome/Vacuole


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Lysosome/Vacuole


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MGEEISAIDLVMANDQLVSTSDASDIPYDPYSQFWGKVLVLTFGIICVVFVIFMLHHERIKACRTIISAREQQRTQHSIHRRERSSSGASQQFEHHVRQTDCLPLYEPITALNQQYLKTLPTTSTPPPPAIFDENGEFVGDVPSVAGAIERPPSYESLPAPQNDEV

Output: Lysosome/Vacuole


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Lysosome/Vacuole


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MAGRATIPARNSALIAMIADEDTVVGFLMAGVGNVDIRRKTNYLIVDSKTTVRQIEDAFKEFSARDDIAIILLSQYIANMIRFLVDSYNKPVPAILEIPSKDHPYDPAHDSVLSRVKYLFSAESVSQR

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Lysosome/Vacuole


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Lysosome/Vacuole


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Lysosome/Vacuole


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Lysosome/Vacuole


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Lysosome/Vacuole


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Lysosome/Vacuole


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MLKSTLRLSRISLRRGFTTIDCLRQQNSDIDKIILNPIKLAQGSNSDRGQTSKSKTDNADILSMEIPVDMMQSAGRINKRELLSEAEIARSSVENAQMRFNSGKSIIVNKNNPAESFKRLNRIMFENNIPGDKRSQRFYMKPGKVAELKRSQRHRKEFMMGFKRLIEIVKDAKRKGY

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MFKHSTGILSRTVSARSPTLVLRTFTTKAPKIYTFDQVRNLVEHPNDKKLLVDVREPKEVKDYKMPTTINIPVNSAPGALGLPEKEFHKVFQFAKPPHDKELIFLCAKGVRAKTAEELARSYGYENTGIYPGSITEWLAKGGADVKPKK

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MAAALARLGLRSVKQVRVQFCPFEKNVESTRTFLQAVSSEKVRSTNLNCSVIADVRHDGSEPCVDVLFGDGHRLIMRGAHLTAQEMLSAFASHIQARGAAASGDKPSASTGR

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Input: MRLSFAAAISHGRVYRRLGLGPESRIHLLQNLLTGLVRHERIEASWARVDELRGYAEKLIDYGKLGDTNERAMRMADFWLTEKDLIPKLFQVLAPRYQGQNGGYTRMLQIPNRNQQDRAKMAVIEYKGNCLPPLPLPRRDSNLTLLNQLLRGLRQDQEASTRSSHPAQTPEV

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Input: MSFNGISIRVITSYFLFFLDNLSKIKFSRLFSFKYRDFCDSCPLDIIIINASIRCLRSVFDFLHILTPRLNGKTTKKPKRNLRTQRVFDEKLHSHNASPN

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MFNAKHFFNLGLGFQWLQKRGIGSLKRPYNFPKPVPGPKHKDVLSLFEKKCRSVLDEQSERFKMFHRSQPNRVRPGAVLLVESYSKYPSKDSVNRFAGYLLRIRHRGPKSSILLRNVVMGVGVEYLLPIYSPQIKRIVVLKENGLSKRPRRAYLSYLRQPRFRLPPVESLVRKYIEQNQHKP

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MASLSRAPQQWATFARVWYLLDGKMQPPGKLAALASVRLQGLHKPVYHQLSDCGDHVVIMNTRHIAFSGNKWEQKVYSSHTGYPGGFKQVTAAQLHRKDPVAIVKLAIYGMLPKNLHRRTLMQRLHLFPDEDIPEDILKNLTEELPQPRKVPRRLDEYTQEEIEAFPRVWSPPEDYRL

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MAGSLSWVAGRRLWGLVPLACRSFFLGVPRLFHVRVTLPPPKVIDRWNQKRAMFGVYDNIGILGNFEKHPKELIKGPVWLRGWKGNELQRCIRKKRMVGNRMFIDDLHNLNKRISFLYKRFNRHGKHR

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MLQTRLGLGALRQGRLLFAVKSFSTTSVAKIFPPPPQTIKGTVNDAAVFPHHSKLHGSYHWDFERIIAIAMVPQVMIPLFTGTSHPLMDAALACTLITHAHLGFESCVIDYFPARRFKKLSPLMHWILRGCTVLTLIGVYEFNTNDIGLTEGIKKLWKS

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Input: MGRAVKVLQLFKTLHRTRQQVFKNDARALEAARIKINEEFKNNKSETSSKKIEELMKIGSDVELLLRTSVIQGIHTDHNTLKLVPRKDLLVENVPYCDAPTQKQ

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MGEKPWQPLLQSFEKLSNCVQTHLSNFIGIKNTPPSSQSTIQNPIISLDSSPPIATNSSSLQKLPLKDKSTGPVTKEDLGRATWTFLHTLAAQYPEKPTRQQKKDVKELMTILSRMYPCRECADHFKEILRSNPAQAGSQEEFSQWLCHVHNTVNRSLGKLVFPCERVDARWGKLECEQKSCDLHGTSMDF

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Input: MDSLRKMLISVAMLGAGAGVGYALLVIVTPGERRKQEMLKEMPLQDPRSREEAARTQQLLLATLQEAATTQENVAWRKNWMVGGEGGAGGRSP

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Input: MAALNVLVSGCGRFLRGLLTGPTVTSWARPPARGFREVVEIQEGKTTIIEGRITGTPKESPNPPNPSGQCPICRWNLKHKYSYEDVLLLSQFIRPHGGMLPRSITGLCQEEHRKIEECVKMAHRAGLLPNHRPKLPEGFFPKTRPRLNRYLTRWSPRSVKPIYNKGHRWNKVRMAVGSPLLKDNVSYTGRPLVLYH

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MAPPWLPAVGFTLVPSLGGFLSSRNVLGKGLHWYAGLQKPSWHPPHWTLAPIWGTLYSAMGYGSYMIWKELGGFSEEAVVPLGLYAGQLALNWAWPPLFFGARQMGWALVDLVLTGGVAAATAVAWYQVSPLAARLLYPYLAWLAFAATLNYCVWRDNQGRRGGRRPSE

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MKAIDKMTDNPPQEGLSGRKIIYDEDGKPCRSCNTLLDFQYVTGKISNGLKNLSSNGKLAGTGALTGEASELMPGSRTYRKVDPPDVEQLGRSSWTLLHSVAASYPAQPTDQQKGEMKQFLNIFSHIYPCNWCAKDFEKYIRENAPQVESREELGRWMCEAHNKVNKKLRKPKFDCNFWEKRWKDGWDE

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MPKDSGPLVPLHWLGFGYAALVASGGIIGYAKAGSVPSLAAGLLFGGLAGLGSYQLSQDPKNIWLFLVTSGTLAGIMGMRFYNSRKFMPAGLIAGASLLMVVKLGISALSKPHQ

Output: Mitochondrion


Instruction: Prediction of its position in eukaryotic cells based on protein sequence.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Input: MLQLKFIWPVARITPIYRPFTSHPFRNLATSSSISSTKAKTTKTDTTPLKLSNELYAIFKIHNRPYLVTEGDRVILPFKLKQAEVGDILNMTDVTTLGSRNYKLVGHPINTSLYTLKATVVGKTKRAFQTREVTKRRNRRVRHAKSKGDLTILRISELSMN

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Input: MAVSTVFSTSSLMLALSRHSLLSPLLSVTSFRRFYRGDSPTDSQKDMIEIPLPPWQERTDESIETKRARLLYESRKRGMLENCILLSLFAKEHLQHMTEKQLNLYDRLINEPSNDWDIYYWATEAKPAPEIFENEVMALLRDFAKNKNKEQRLRAPDLEYLFEKPR

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Input: MVFLSAPLWLRNRITDRYWRVQEVLKHARHFRGRKNRCYRLAVRAVTRAFVRCTRARSLKKRHLRTLWINRITAASQEHGLKYPAFILNLIKCQVELNRKVLADLAIYEPKTFKSLAALSKRRREEGFVAALGDGKEPEGIFSRVAQHH

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis and pattern recognition, infer the protein's cellular localization within eukaryotic cells.

Input: MATSKLQALWNHPAGPKTIHFWAPTFKWGISIANIADFQKPPETLSYPQQIVITGTGLVWSRYSTVITPKNWNLFSVSLGMAVTGIYQLTRKIKHDYVYEANSIVAKE

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, estimate the subcellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MSTDTGVSLPSYEEDQGSKLIRKAKEAPFVPVGIAGFAAIVAYGLYKLKSRGNTKMSIHLIHMRVAAQGFVVGAMTVGMGYSMYREFWAKPKP

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MHNMFPALTKTLSLQGYKIINSQTGSAAWSCGRRWFSSDKDDHDDVVTRIKIAPIKRTNEPLDKKRARLIYQSRKRGILETDLLLSGFAAKYLKKMNEEELEEYDSLLNELDWDIYYWATKNFKTSPLPDKWANSKLLKQLQEFSENKEKEILSMPDLSKYQ

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Input: MLYTRLLRHNSQFTKFSGTSPNLGSKPLFSKGNLYTSLLVTTLYGTGLACLYLESNSLNKSKEQEDPHAIAEDDIVNIVHDAPNRIFKPALDTYQEKELDLQKSDLHKVLHSLTYSDVSQFSIVWGFLIQLSSLIGNSTLGKKSILYKGSVVSVLGFPPLIYMALKLRMKQLEKAGVRFE

Output: Mitochondrion


Instruction: Using the protein sequence as input, make predictions regarding the cellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Output: Mitochondrion


Instruction: Apply sequence-based prediction methods to estimate the position of the protein in the cell.

Input: MSIMDHSPTTGVVTVIVILIAIAALGALILGCWCYLRLQRISQSEDEESIVGDGETKEPFLLVQYSAKGPCVERKAKLMTPNGPEVHG

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: By scrutinizing the protein's amino acid composition and sequence motifs, forecast its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: By examining the protein's primary sequence, make educated assumptions about its localization within eukaryotic cells.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize the protein sequence to make projections about the subcellular distribution within eukaryotic cells.

Input: MSAAGARGLRATYHRLLDKVELMLPEKLRPLYNHPAGPRTVFFWAPIMKWGLVCAGLADMARPAEKLSTAQSAVLMATGFIWSRYSLVIIPKNWSLFAVNFFVGAAGASQLFRIWRYNQELKAKAHK

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Input: MAKHLKFIARTVMVQEGNVEGAYRTLNRILTMDGLIEDIKRRRYYEKPCRRRQRESYETCRRIYNMEMARKINFLMRKNRADPWQGC

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MQSISNCPIGLVSKNTINSASTIAEWVACPWKYINVVGSGRYVSNKPDKITRYDLLKAAQEAEMQELLTRNDMKGRHKRNKKSKIALETIAEENSSTESLF

Output: Mitochondrion


Instruction: Through sequence analysis, forecast the protein's subcellular positioning in eukaryotic cells.

Output: Mitochondrion


Instruction: Utilize sequence-based prediction models to discern the subcellular location of the protein within eukaryotic cells.

Input: MAGPEADAQFHFTGIKKYFNSYTLTGRMNCVLATYGSIALIVLYFKLRSKKTPAVKAT

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Input: MAPPWVPAVGFTLVPSPGGFLGTQYIRGEGFRWYASLQKPPWHPPRWILAPIWGTLYSAMGYGSYLIWKELGGFSKEAVVPLGLYAGQLALNWAWPPLFFGARQMGWAFVDLLLTGGMAAATAMAWRQVSPPAACLLYPYLAWLAFAAMLNYRMWQDNQGRRSGRRLSE

Output: Mitochondrion


Instruction: Based on the protein's primary sequence, generate hypotheses regarding its subcellular localization within eukaryotic cells.

Input: MNTIQNIQQLREFLTVYNTLSERCFNACARDYTTSTLTKDEGSCVSQCIDKQMLVNRRFMLVFAEQAPKALFKQGEQSPTEAIKSAKPEPAVPAPEATPVETTPVIEENKQ

Output: Mitochondrion


Instruction: Predict where the protein will appear in eukaryotic cells directly from the following primary sequence.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: By analyzing the protein's amino acid composition and sequence features, predict its intracellular localization in eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: Employing sequence-based analysis, infer the likely cellular compartment where the protein is located in eukaryotic cells.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion


Instruction: For the eukaryotic protein subcellular localization task, its position in the cell is predicted based on the given protein sequence.

Output: Mitochondrion