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

Output: Extracellular


Subcellular Localization

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

Input: MKLLVLLLCLGLTLVCVHAEEASSMERNFNVEKINGEWYTIMLATDKREKIEEHGSMRVFVEYIHVLENSLALKFHIIINEECSEIFLVADKTEKAGEYSVTYDGSNTFTILKTDYDNYIMIHLINKKDGETFQLMELYGREPDLSSDIKEKFAQLSEEHGIVRENIIDLTNANRCLEARE

Output: Extracellular


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

Output: Extracellular


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

Input: MNSSTALMCFALLLISPLCMGYSDEDREADNLRIAEIIKNAQDDDSKINSTQELLDIYRRLYPSLTPEERESIDKFVNEHTDAIIIDGVPIQGGRKARIVGKIVSPGVKGLATGFFEELGSKLAQLFTG

Output: Extracellular


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

Input: MKFALVLLGVCAFYLVNATGDLETELEASELQELQEALDLIGETPLESLEAEELEEARKFKWGKLFSTAKKLYKKGKKLSKNKNFKKALKFGKQLAKNLQAGEEHEPGTPVGNNKCWAIGTTCSDDCDCCPEHHCHCPAGKWLPGLFRCTCQVTESDKVNKCPPAE

Output: Extracellular


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

Input: MKMNFFNSFPQYGVYILGLNLLLCGVSEGFIGFGMDGFEEMFPLLMLGGMNGGQSNYVRPKPIAPTLPPTPPPPMVKPPSITWRWVPNTRYTWPLFNNMQWPQYNPYVLPLANNAMAKTGSAFNTNTISGTKASSGNAMPVLPAPNAQMISSGGPVPPAAGLMNGMGMGLAGSNMAAANQMTWNTQTTSKGSTPM

Output: Extracellular


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

Input: MKFALVLLGVCAFYLVNATGDLETELEASELQELQEALDLIAETPLESLEAEELEEARKFKLPKINWGKLASKAKDVYKKGQKLAKNKNVKKALKYGKQLAENLAAGEVHEPGTPVGNNKCWAIGTRCTDDCDCCPEHHCHCPAKSWTFGLIPCSCQVTESDKVNKCPPAE

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKFGVGFLLSCLVALNTVQNMLALSCLPCDFDTLKCSPLPDDDDCFPAYTPCGCCPQCAGEEDDFCDNFTVRCHPDLVCVNATGFEKKFVYWYEFDFKGTCQESELETEYEYEYEENETKK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MGSQKSPYFDANSVFYIGLLYICIYETLAVSWPTNGQQTSWNNRPSYNQYYQYQRAYPGLYNRPTTAPNAYSKNSAAITTRTTYPYYRSSTYNRYPQQQQQQRWGMPRFPAFLPPLRNYQQVNRLEPFLPPPSGDRNIPLTPGVMRMLGISPHGHMMNRMGMNQPYGPDRTVGGITVDGSDVSYA

Output: Extracellular


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

Input: MRCLPVFIILLLLIPSAPSVDAQPTTKDDVPLASLHDNAKRALQMFWNKRDCCPAKLLCCNP

Output: Extracellular


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

Output: Extracellular


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

Input: MKVFAYIALATVVAGANIRNHFGDNCKGGYLDYPNIAQRICASALHDKIKGAVTVAFSQLPQHSYMNGYQNTRDGGICGSRQKQQNVGNTDHKCLPKLAGGAEYAGSSWTAPGFKAASEKDMECTSEMAPHALVLNDGHKYALGGMEKDMINTLYSMAIEGKGFQELPTEFGAFEIEKEGAQQRAQEIKA

Output: Extracellular


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

Output: Extracellular


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

Input: KKKCIAKDYGRCKWGGTPCCRGRGCICSIMGTNCECKPRLIMEGLGLA

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKSSGLFPFLVLLALGTLAPWAVEGSGKSFKAGVCPPKKSAQCLRYKKPECQSDWQCPGKKRCCPDTCGIKCLDPVDTPNPTRRKPGKCPVTYGQCLMLNPPNFCEMDGQCKRDLKCCMGMCGKSCVSPVKA

Output: Extracellular


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

Output: Extracellular


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

Input: MRLPLLVSAGVLLVALLPCPPCRALLSRGPVLGARQAPQHPQALDFLQPQQQPQQPQPRPVLLRMGEEYFLRLGNLNKSPAAPLSPASSPLTGSSGNRPDEVAANFFRALLQQLPLPRRPLDSPSGPAERGAENALSSRQEAPERERRSEEPPISLDLTFHLLREVLEMARAEQLAQQAHSNRKLMEIIGK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MALSLFTVGQLIFLFWTLRITEANPDPAAKAAPAAVADPAAAAAAAVADTASDAAAAAAATAAAAAKAAADTAAAAAKAAADTAAAAAEAAAATARG

Output: Extracellular


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

Output: Extracellular


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

Input: MKVLVIIALCFFILQTALSEDKYESFESYVEDLKSGNMKGEARECIPLYNDCKEFKYNNNCCKDPEKKYQYKCSCIMCEGGEEQCTCQRKETVENMMKCVRFVKKVVEKVG

Output: Extracellular


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

Input: MKVLVIIALCLVAFQSALSKKIENFESYIEDLKSEARECIPLYNDCTAFKYNNNCCKDPEKKYQYKCSCIVCKEGKEQCTCQRKETVESMMKCVRFVKKVGEKVIEKVG

Output: Extracellular


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

Input: MKVLVITALCFILLQNVLGEDTYEDLQNYIENLINENQDEARECVPLENDCTKLKYSNPCCKDEKKKYQYKCSCIVDKTEQCTCQRKETVEKMMKGMKYIKNLGKKIG

Output: Extracellular


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

Input: MLDCRAVIMLWLLPWVTQGLAVPRSSSPDWAQCQQLSRNLCMLAWNAHAPAGHMNLLREEEDEETKNNVPRIQCEDGCDPQGLKDNSQFCLQRIRQGLAFYKHLLDSDIFKGEPALLPDSPMEQLHTSLLGLSQLLQPEDHPRETQQMPSLSSSQQWQRPLLRSKILRSLQAFLAIAARVFAHGAATLTEPLVPTA

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MAYVRLTSLAVLFFLAASVMKTEGGLPTCGETCTLGTCYVPDCSCSWPICMKNHIIAANAKTVNEHRLLCTSHEDCFKKGTGNYCASFPDSNIHFGWCFHAESEGYLLKDFMNMSKDDLKMPLESTN

Output: Extracellular


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

Input: MKFSGLFPFLLLALGTLALWAVEGAENEALKAGACPPRKSAQCFGNEKPRCSSDWQCPHKKKCCLDTCGTECLDPVNITNPVKKKPGTCPVIHGQCLMLKPLNHCETDDQCIGALKCCKAMCGKVCLSPVKA

Output: Extracellular


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

Output: Extracellular


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

Input: MKILVAFAVIMLVSAQVLAAEIGLNDEPEWYSDQIQEDLPVFENFLQRIARKPSPDRFYGLMGKRNNGFGQMSRKRSAERNTIHNYERRRK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: RICYSHKASLPRATKTCVENSCYKMFIRTSPDYISDRGCGCPTAMWPYQTACCKGDRCNK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKLLIALFALVTAVNAQNGFGQVGQGGYGGQGGFGGFGGIGGQAGFGGQIGFTGQGGVGGQVGIGQGGVHPGQGGFAGQGSPNQYQPGYGSPVGSGHFHGTNPVESGHFHENPHEYPEHHGDHHREHHEHHGHHEHHGHHRH

Output: Extracellular


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

Input: MDILKKSLFLILFLGLVSISFCDGEKRQDDDEANESEEKKEIHEVEKRLRPAILVRTKGKGK

Output: Extracellular


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

Input: MVLLRSLFILQVLVRMGLTYNFSNCNFTSITKIYCNIIFHDLTGDLKGAKFEQIEDCESKPACLLKIEYYTLNPIPGCPSLPDKTFARRTREALNDHCPGYPETERNDGTQEMAQEVQNICLNQTSQILRLWYSFMQSPE

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: TICYSHTTTSRAILKDCGENSCYRKSRRHPPKMVLGRGCGCPPGDDYLEVKCCTSPDKCNY

Output: Extracellular


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

Input: MRCLPVFVVLLLLIASAPSVDAQPKTKDDVPLAPLHDNIQNTLQTLRKKVCCRPMQDCCSGK

Output: Extracellular


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

Input: MHCLPVFVILLLLTASGLSVDARPKTEDDVPLSSFRDNTKSTLQRLLKRVNCCPIDESCCS

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: WCSTCLDLACGASRECYDPCFKAFGRAHGKCMNNKCRCYT

Output: Extracellular


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

Input: MSRLYAIILIALVFNVIMTIMPDMKVEAVSCEDCPPHCATKDQRAKCENDKCVCEPK

Output: Extracellular


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

Output: Extracellular


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

Input: MPLGLLWLGLALLGALHAQAQDSTSDLIPAPPLSKVPLQQNFQDNQFQGKWYVVGLAGNAILREDKDPQKMYATIYELKEDKSYNVTSVLFRKKKCDYWIRTFVPGCQPGEFTLGNIKSYPGLTSYLVRVVSTNYNQHAMVFFKKVSQNREYFKITLYGRTKELTSELKENFIRFSKSLGLPENHIVFPVPIDQCIDG

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFPTHVLLIVIACVTAFVYGGGGKRPRVCRYSSDGPVCRTNIECSDPEVHCYRKPGHPYGRCCVKRPYACPRGSSNRYDDPEGFPPLVQRCPYAYPFFCRPGYYCRTKTGGSTEFYGVCCPLRVG

Output: Extracellular


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

Input: AYINLPGQPFDFQCPAGQVISRVSSVYDVLLEDRQWEFGCRTENVTQTCSTSGYANDFGLPLSYSCPGKKVLTGIRSYHDNQIEDRRFTFRCCDVMSKATTGCHVSEQVNQFNGPMLLEVSAGQAIKGAISQHDVAFEDRVWKFKLCK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFTLKKSLLLLLFLGTINLSLSEQERDAKEERRDEMDVEVEKRNILNTIINLAKKILGK

Output: Extracellular


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

Input: MLWVLVGAVLPVMLLAAPPPINKLALFPDKSAWCEAKNITQIVGHSGCEAKSIQNRACLGQCFSYSVPNTFPQSTESLVHCDSCMPAQSMWEIVTLECPGHEEVPRVDKLVEKIVHCSCQACGKEPSHEGLNVYVQGEDSPGSQPGPHSHAHPHPGGQTPEPEEPPGAPQVEEEGAED

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MTIWFLIGFLLPVAIFAAPPPINRLALFPDKSAWCEAKNITQIVGHSGCESKSIQNRACLGQCFSYSVPNTFPQSTESLVHCDSCMPIDSVWDVVTLECPGNEEFPRVDKLVEKILQCSCQACGKELSQEGAMFNVYLNTAEDSPAESLGHHQHRPPAREDDSPAQSHREGESEE

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFTSKKSLLLLFFLGTINLSLCEEERDADEEERRDDPDEMNVEVEKRFLPLVGKILSGLIGK

Output: Extracellular


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

Input: MFTLKKSMLLLFFLGTINLSLCEEERNAEEERRDEPDEMDVEVEKRFLPVIAGVAAKFLPKIFCAITKKC

Output: Extracellular


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

Input: MFTTKKSMLLLFFLGTINLSLCEEERNAEEERRDEPDEMNVEVEKRFLPLIAGLAANFLPKIFCAITKKC

Output: Extracellular


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

Output: Extracellular


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

Input: MRCLPVFVILLLLIASVPSDAVQLKTKDDMPLPSFNGNARRTPRMLSNKRICCYPNVWCCD

Output: Extracellular


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

Input: MRIWSLTRILTFIVIFNFAEAGGECMKKCDSPDMIREIFTRCTMVKRDTQFSENSGHLIPKRSVVADNKCENSLRREIACGQCRDKVKTDGYFYECCTSDSTFKKCQDLLHK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKHEMMNIKPRCITIFFLLFALLLGNYVVQASRPRSIENTVSLLPQVHLLNSRRRHMIGSTAPTCTYNECRGCRYKCRAEQVPVEGNDPINSAYHYRCVCHR

Output: Extracellular


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

Input: GCIPKHKRCTWSGPKCCNNISCHCNISGTLCKCRPGLFGW

Output: Extracellular


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

Output: Extracellular


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

Input: MRGTPGDADGGGRAVYQSMCKPITGTINDLNQQVWTLQGQNLVAVPRSDSVTPVTVAVITCKYPEALEQGRGDPIYLGIQNPEMCLYCEKVGEQPTLQLKEQKIMDLYGQPEPVKPFLFYRAKTGRTSTLESVAFPDWFIASSKRDQPIILTSELGKSYNTAFELNIND

Output: Extracellular


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

Output: Extracellular


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

Input: CLGENVPCDKDRPNCCSKYECLEPTGYGRCYASYYSYKKKTL

Output: Extracellular


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

Input: MRGLCICLVFLLVCGLVSATAAAPAESEVAHLRVRRGFGCPLNQGACHNHCRSIRRRGGYCSGIIKQTCTCYRN

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MRTIVFLIVSILLLSSAVLMLAEGNAASHELQEYPIEESLEEQRKCVDGSCDPYSSDAPRCCGSQICQCIFFVPCYCKYRGK

Output: Extracellular


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

Input: MKLGAFLLLVSLITLSLEVQELQAAVRPLQLLGTCAELCRGDWDCGPEEQCVSIGCSHICTTN

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: VHVGPCDQVCSRIDPEKDECCRAHGYRGHSSCYYGRMECY

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MGTRLLPALFLVLLVLGFEVQGTQQPQQDEMPSPTFLTQVKESLSSYWESAKTAAQNLYEKTYLPAVDEKLRDLYSKSTAAMSTYTGIFTDQVLSVLKGEE

Output: Extracellular


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

Input: MRTSYLLLFTLCLLLSEMASGGNFLTGLGHRSDHYNCVSSGGQCLYSACPIFTKIQGTCYRGKAKCCK

Output: Extracellular


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

Input: MHAKIILALFLGMTAFLAVQADHHHDHGHDDHEHEELTLEKIKEKIKDYADKTPVDQLTERVQAGRDYLLGKGARPSHLPARVDRHLSKLTAAEKQELADYLLTFLH

Output: Extracellular


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

Output: Extracellular


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

Input: MKFSLACLLALAGLQAALADPATCEKEAQFVKQELIGQPYTDAVANALQSNPIRVLHPGDMITMEYIASRLNIQVNENNEIISAHCA

Output: Extracellular


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

Input: MKLLTSLVFCSLLLGVCHGGFFSFVHEAFQGAGDMWRAYTDMKEANWKNSDKYFHARGNYDAAQRGPGGVWAAEKISDGREAFQEFFGRGHEDTIADQEANRHGRSGKDPNYYRPPGLPDKY

Output: Extracellular


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

Input: MKLLTGLVFCSLVLGVSSRSFFSFLGEAFDGARDMWRAYSDMREANYIGSDKYFHARGNYDAAKRGPGGVWAAEAISDARENIQRFFGHGAEDSLADQAANEWGRSGKDPNHFRPAGLPEKY

Output: Extracellular


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

Input: QXPSTAELCKINSNACSVPFSXIPCQKXFLAACDRHDTCYHCGKHFGFKQDDCDDAFFRDMTALCAHGTDDEGXCPX

Output: Extracellular


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

Output: Extracellular


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

Input: MWFKIQVLVLAITLITLGIQAEPNSSPNNPLIVEEDRAECAAVYERCGKGYKRCCEERPCKCNIVMDNCTCKKFISELFGFGK

Output: Extracellular


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

Output: Extracellular


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

Input: MVKFLLLALALGVSCAHYQNLEVSPSEVDGKWYSLYIAADNKEKVSEGGPLRAYIKNVECIDECQTLKITFYTKVEGVCQEHTIVGRKGEDGKYITDFSGQNYFHIVEKSDDTMTFHNVNVDDSGKTNVILVVGRGESSSIEQKQRFEKTAEEYDIPKENIEDLVPTDNCDQ

Output: Extracellular


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

Output: Extracellular


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

Input: MFTLKKTLLLLYFLGTISISLCKQERDADEDDGRKMTEEEVKRSIITMTKEAKLPQSWKQIACRLYNTC

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGIVSLSICEEEKREGEEEEKQEEENEELSEEELRERRALLDKLKSLGKVVGKVALGVAQHYLNPQQ

Output: Extracellular


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

Output: Extracellular


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

Input: EACAGAYKSCDKVKCCHDRRCRCNIAMDNCVCKLFYCELFGTCDRLKP

Output: Extracellular


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

Input: MAAMKYKGSVFIILVILLLSSSLLAHSSSTKSFFWLGETQDTKAMKKEKKIDGGTANEVEERQVPTGSDPLHHKHIPFTP

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MDSKSFLLLLLLFCFLFLHDASDLTQAHAHVQGLSNRKMMMMKMESEWVGANGEAEKAKTKGLGLHEELRTVPSGPDPLHHHVNPPRQPRNNFQLP

Output: Extracellular


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

Input: MSRSVALAVLALLSLSGLEAIQRTPKIQVYSRHPAENGKSNFLNCYVSGFHPSDIEVDLLKNGERIEKVEHSDLSFSKDWSFYLLYYTEFTPTEKDEYACRVNHVTLSQPKIVKWDRDM

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKLASLLVGSLMLAVPALAFEQSAIQTLRDATTATGAYHSKFPHALSEGPEAAISNINSATARAADEAKTAMTGLTVQSQSLAGALKGVSWISPHVLVVLFMPKYGVLTMFVWQFFDAMTTLSHDATNPAVFCSKNIDRLGPSMGWNLRLPHATTLKRDCKDGEKLVADLAGSYKIAVDSLEQAQAMLESPQGKCKQ

Output: Extracellular


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

Input: MFTLKKSLLLLLFLGTINLSLSEQERNAEEERRDDPEEMDAEVEKRAILTTLANWARKFLGK

Output: Extracellular


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

Input: GLWIKGNYCLRGRCLPGGRKCCNGRPCECFAKICSCKPKLIGKLSALKKHT

Output: Extracellular


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

Output: Extracellular


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

Input: MFTLKKSLLLIFFLGTINLSLCEEERNADEEERRDDLEERDVEVEKRLLSLALAALPKLFCLIFKKC

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MNFKTSLICFALLLIGTLCSAYSNQERQRDSRRVAEIMRTSWDDNTKIKRIQELLTIYNRMAPSLRPDERARMDRFISGYTGEIMVDGVPSQGGARRIFKKILSPAAKSVATGFFTELGASLASILTSWFPANTERNH

Output: Extracellular


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

Input: MFKQLILLALAAVFLLINISSAEPAAEPNANAEPLAEASAEPRIKIGLFDQLSKLG

Output: Extracellular


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

Input: MRFYIGLMAALMLTSILRTDSASVDQTGAEGGLALIERVIRQRDAADVKPVARTNEGPGRDPAPCCQHPIETCCRR

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MRTPGPLPVLLLLLAGAPAARPTPPTCYSRMRALSQEITRDFNLLQVSEPSEPCVRYLPRLYLDIHNYCVLDKLRDFVASPPCWKVAQVDSLKDKARKLYTIMNSFCRRDLVFLLDDCNALEYPIPVTTVLPDRQR

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MSLLPAVKVLPLGYLGIVLVFSLILRSAMVDFIQDAGKLERIDTYKREAQMIFGAPMWALGHLMGRK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MAFRMKLVVCIVLLSTLAVMSSADVYKGGGGGRYGGGRYGGGGGYGGGLGGGGLGGGGLGGGKGLGGGGLGGGGLGGGGLGGGGLGGGKGLGGGGLGGGGLGGGGLGGGGLGGGKGLGGGGLGGGGLGGGRGGGYGGGGGYGGGYGGGYGGGKYKG

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: ATTGCSCPQCIIFDPICASSYKNGRRGFSSGCHMRCYNRCHGTDYFQISKGSKCI

Output: Extracellular


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

Input: MICYSHKTPQNSATITCEEKTCYKFVTKLPGVILARGCGCPKKEIFRKSIHCCRSDKCNE

Output: Extracellular


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

Input: MICYSHKTPQNSATITCEEKTCYKKFVTNVPGVILARGCGCPKKEIFRSIHCCRSDKCNE

Output: Extracellular


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

Input: MNLLLLAMGLILPRRPHALHMGPGDPNFDEKLVKGKWFSVALASNEPKFIAKDTDMKFFIHKIQVTPESLQFHFHRKVRGMCVPTMMTAHKTKKKFQYTVNHSGHKTIFLEKVDPKHFVIFCAHSMKHGKETVVVTLFSRTPTVSPDVMWMFKKYCKTHGIHTSNIVDLTQTDRCLHARH

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MMTRWALVVFVVLMLDRILFVPGTPIPTFQLLPQNSLETTPSSVTSESSSGTTTGPSASWSNSKASPYLDTRVILSLDVPIGLLRILLEQARYKAARNQAATNAQILAHVGRR

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGIVSLSICEEEKREGEEEEKQEEENEELSEEELRERRAWLDKLKSLGKVVGKVALGVAQNYLNPQQ

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGIVSLSICEEEKREGEEEEKQEEENEELSEEELRERRAWLDKLKSIGKVVGKVAIGVAKNLLNPQ

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MHLSLARSAVLMLLLLFALGNFVVVQSGQITRDVDNGQLTDNRRNLQSKWKPVSLYMSRRGCNNSCQEHSDCESHCICTFRGCGAVNG

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MCSMWLMASWLMAFVAGSTLADYCGDHKVPFGMEVHKNGNVNILCSRPSCHEKKYAECPERATSTTCSTNSSWVGGVTQHSDGSLRLMCCEYDLLPTYSTIQYEKLTIRTGEYFEGDEQMEGDVVTAFDLIGNIEQVKEPDGKYSYNLLIYRYHCGNIPDTPPAWYMKKQWPYWEK

Output: Extracellular


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

Output: Extracellular


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

Input: MKLLFEGLLVLVLIAFVVAEFESDAEKWEALITQERACKGEGVKGCYYEADDWCCKKTPCKCPAWSHERECRCTQPCNPSCRGKRALMVDPETHRMLSLHRLSEE

Output: Extracellular


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

Output: Extracellular


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

Input: MKVAGVFLLLSLALLCFFSGAFSQGGQDKRGWITRSEGRFPGKGVLRHRLFQINCGEFRDPKVFCTRESDPLCGSDGQTYGNKCAFCKALEKSSGKINLKHRGKC

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKDAGRQLVAHAMGKIAEKV

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKGAGKQLIAHAMEKIAEKVGLNKDGN

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKGAGKQLIAHAMGKIAEKVGLNKDGN

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKGAGKQLIARAMGKIAEKVGLNKDGN

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MYKQIFLCLIIAALCATIMAEASALADADDDDDKRYVRGMASKAGAIAGKIAKVALKALGRRDS

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFTLKKSLLLLFFLGTINFSLCEEERNAEEERRDYPEERDVEVEKRIIPLPLGYFAKKT

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFTLKKSLLLLFFLGTISLSLCEEERNAEEERRDYPEERDVEVEKRFLSLALAALPKLFCLIFKKC

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MPACRLGPLAAALLLSLLLFGFTLVSGTGAEKTGVCPELQADQNCTQECVSDSECADNLKCCSAGCATFCSLPNDKEGSCPQVNINFPQLGLCRDQCQVDSQCPGQMKCCRNGCGKVSCVTPNF

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MNTIQVIIFAVVLVLTVTVGQADEDSAETSLLRKLEEAEAAMFGQYLEESKNSREKRCIGESVPCDKDDPRCCREYECLKPTGYGWWYASYYCYRKKSG

Output: Extracellular


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

Input: MAALHWLLLAALLGCTLAEEQAIFYNCEEASEAVCSVKEVRINPCNPNKKCIFKKGVNASISFDFEPNFASSKLVTTLYGPFDVEFDEMTNVDACQYTKCPTEPGKSQVLDYTLYIGKKLPQGTYTFKWKLWNPEETSQLCCFKTTIKIRK

Output: Extracellular


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

Input: MKLCATFLLVLVTLPLVTGEKSSERSLSGAILRGVRRTCSRRGHRCIRDSQCCGGMCCQGNRCFVAIRRCFHLPF

Output: Extracellular


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

Input: MAPARLFALLLFFVGGVAESIRETEVIDPQDLLEGRYFSGALPDDEDVVGPGQESDDFELSGSGDLDDLEDSMIGPEVVHPLVPLDNHIPERAGSGSQVPTEPKKLEENEVIPKRISPVEESEDVSNKVSMSSTVQGSNIFERTEVLAGCPEH

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MNGLILFCAVVFATAVCTYGSDAPCLRAGGRCQHDSITCSGRYRTGLCSGGVRRRCCVPSSSNSGSFSTGMVSQQCLRCICNVESGCRPIGCHWDVNSDSCGYFQIKRAYWIDCGSPGGDWQTCANNLACSSRCVQAYMARYHRRSGCSNSCESFARIHNGGPRGCRNSNTEGYWRRVQAQGCN

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MRAVAIFIVTLLVLECVYFVMSEPDPGQPWQVKAGRPPCYSIPCRKHDECRVGSCSRCNNGLWGDRTCR

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: TMCYSHTTTSRAILTNCGENSCYRKSRRHPPKMVLGRGCGCPPGDDYLEVKCCTSPDKCNY

Output: Extracellular


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

Input: MAFMKKSLFLVLFLGMVSLSICEEEKRENEDEAKQEDDEQSEMKRGLWSTIKNVGKEAAIAAGKAALGALGEQ

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MGMRMMFTVFLLVVLATTVVSFTSDSAFDSRNVAANDKVSDMIALTARRTCCSRPTCRMEYPELCGGRR

Output: Extracellular


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

Input: MLLLSAVKTLLLAWLGIVLVFMSIIKSAMLDFLQEAGKLEGIETYKKEAQTSFMAPSWALGHLMGRK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: QVFDQACKGIYDRAIFKKLDRVCDDCYNLYRKPYVATTCRQNCYANSVFRQCLDDLLLIDVVDEYISGVQIV

Output: Extracellular


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

Input: MRGIYICLVFVLVCGLVSGLADVPAESEMAHLRVRRGFGCPFNQGACHRHCRSIRRRGGYCAGLIKQTCTCYRN

Output: Extracellular


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

Input: MKAIFVSALLVVALVASTSAHHQELCTKGDDALVTELECIRLRISPETNAAFDNAVQQLNCLNRACAYRKMCATNNLEQAMSVYFTNEQIKEIHDAATACDPEAHHEHDH

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MLTLKKSMLLLFFLGTINLSLCEQERDADEEERRDDDEMDVEVEKRFLPLFLPKIICVITKKC

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: TMCYSHTTTSRAILTNCGENSCYRKSRRHPPKMVLGRGCGCPPGDDNLEVKCCTSPDKCNY

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFHQIWAALLYFYGIILNSIYQCPEHSQLTTLGVDGKEFPEVHLGQWYFIAGAAPTKEELATFDPVDNIVFNMAAGSAPMQLHLRATIRMKDGLCVPRKWIYHLTEGSTDLRTEGRPDMKTELFSSSCPGGIMLNETGQGYQRFLLYNRSPHPPEKCVEEFKSLTSCLDSKAFLLTPRNQEACELSNN

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGIVSLSICEEEKREGEEEEKQEEENEELSEEELRERRALLDKLKSLGKVVGKVAIGVAQHYLNPQQ

Output: Extracellular


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

Input: MNASISLLCLALLLISPFCLGYSDEERESDSLRVAEIIRTSNDAESKINRTQELLDIFRRLTPTLSPEQREKIERSIQEHTDEILIDGVPSQGGRKTKYVGKILSPVAQGLAVGFFEELGGSLSRLFTG

Output: Extracellular


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

Input: MKYVALAFVLSLVILQISAQVGAAYIPGMGLGSVGRTGAVAGASAGVGNQGRGAGILRLLSIIMELVKNNQQAQPKQDTFGAQLQSLLKKKMILEMIN

Output: Extracellular


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

Input: MSKVFVIILVALMVAISIASAHRPPPNPRCLPGHSKCKYEPKKNSCCLGFQCTERNQCELVYPGHHGKPCGKDNLLGCILPPPTFKPRPCGKYNLKGCKPIRPRPHPHH

Output: Extracellular


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

Input: MKLEIALLLLAVTVCVKGGFLQGRSGYDCRRRCGYDRRYVCSTDGTTYDNECMMKCNWAYKSCDGRCPCYRSPAPVVYRPKPAVVYKPRPVVNYEPASVNYEPASVNYEPAAVDYPSVPDYEPIPVYNEPAPVYYDVPVQSDCVCSKDKDYVCTYDGETYDNECEANCDGKAKMCDGQCPCSK

Output: Extracellular


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

Input: MSKPVKIGPWGGNGGSERDVQPKPIRMVSMTVSSGAIVDAIAFTYVGTDNVQHSSGIKWGGTGGTEDTINLDATNYVTEISGTVGKFGTDDIVTSLKIITSKGVTRTYGSGTGIPFRVPVLDGGKIAGFFGRAGAFLDAIGFYITP

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKVAVVLIVVLVVMMIGQETDSWRIRIRRGRKIFRKIRPYIPFVIGAVGKRQAGDAEFQAKYNAAAEDGVFTDEEIKSVFGVDDNGFVEFKATYDVDGDGVVQVEEYETVVELTENLAG

Output: Extracellular


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

Input: MARPAPWWRLRLLAALVLALALVPVPSAWAGQTPRPAERGPPVRLFTEEELARYGGEEEDQPIYLAVKGVVFDVTSGKEFYGRGAPYNALAGKDSSRGVAKMSLDPADLTHDTTGLTAKELEALDDVFSKVYKAKYPIVGYTARRILNEDGSPNLDFKPEDQPHFDIKDEF

Output: Extracellular


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

Output: Extracellular


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

Input: MDPPARKEKSKVKEPAFRVEKAKQKSAQQELKQRQRAEIYALNRVMTELEQQQFDEFCKQMQPPGE

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKGAGKQLIAHAMGKIAEKV

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVIDIIKGAGKDLIAHAIGKLAEKV

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKDAGKQLVAHATGKIAEKV

Output: Extracellular


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

Input: MAFLKKSLFLVLFLGLVSLSICDEEKRQDEDDDDDDDEEKRGVFDIIKDAGKQLVAHAMGKIAEKV

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKYVALAFVLSLVILQISAQVGAAYIPGMGSIGSVGRAGAAAGASAGIGNQGRGAGLLRFFTLILENLMKNNQQAQPKQDNFGAQLQNLLKKKMILEMIN

Output: Extracellular


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

Input: MQYKTFLVISLAYLLVADEAAAFWATLAKGALKLIPTIANAFSSKSKKRREINNVFEPYHENLDLELERFLSQLQ

Output: Extracellular


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

Input: MDNVQPKIKHRPFCFSVKGHVKMLRLDIINSLVTTVFMLIVSVLALIPETTTLTVGGGVFALVTAVCCLADGALIYRKLLFNPSGPYQKKPVHEKKEVL

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MRLPLLVSVGVLLVALLPSPPCRALLSRGPIPGARQASQHPQPLSFFQPLPQPQEPQALPTLLRVGEEYFLRLGNLDETRAAPLSPAASPLASRSSSRLSPDKVAANFFRALLQPRRPLDSPAGPAKRGTENALGSRQEAPAARKRRSQEPPISLDLTFHLLREVLEMTKADQLAQQAHSNRKLLDIAGK

Output: Extracellular


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

Input: MRLRLLVSAGMLLVALSPCLPCRALLSRGSVSGAPRAPQPLNFLQPEQPQQPQPILIRMGEEYFLRLGNLNRSPAARLSPNSTPLTAGRGSRPSHDQAAANFFRVLLQQLQMPQRPLDSSTELAERGAEDALGGHQGALERERRSEEPPISLDLTFHLLREVLEMARAEQLAQQAHSNRKLMEIIGK

Output: Extracellular


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

Input: MYKQIFLCLIIAALCATIMAEASAFADADEDDDKRYVRGMASKAGAIAGKIAKVALKALGRRDS

Output: Extracellular


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

Output: Extracellular


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

Input: MRFFHPLYLLLLLLTVLVLISADKHGTKHDFLNLRRKYRRHNCPKKRCLPLHSRVPFP

Output: Extracellular


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

Input: MRFQQFLFAFFIFIMSLLLISGQRPVNLTMRRKLRKHNCLQRRCMPLHSRVPFP

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MISVQVIFIAFISIIAFSMVCGGNVFPNRELGILYGCKGYGNAFCDKVCKMHLARGGGRCGEPNPVMWACECIDIDEDNGYFLNALEKQCPLLKG

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: ACAGLYKKCGKGVNTCCENRPCKCDLAMGNCICKKKFVEFFGG

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFPFALLYVLSVSFRKIFILQLVGLVLTYDFTNCDFEKIKAAYLSTISKDLITYMSGTKSTEFNNTVSCSNRPHCLTEIQSLTFNPTAGCASLAKEMFAMKTKAALAIWCPGYSETQINATQAMKKRRKRKVTTNKCLEQVSQLQGLWRRFNRPLLKQQ

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: FELLPSQDRSCCIQKTLECLENYPGQASQRAHYCQQDATTNCPDTYYFGCCPGYATCMSINAGNNVRSAFDKCINRLCFDPGH

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MNHPRSIAMLAALWLVVSVTSTPVRRSPDLEARRRSAIDRSMIRFGRSTLPVVPPAQPSFLQRYSAPQPAALTADDLMTFLRAYEEDYSSPVSKKSASFVRFGRDPSFIRFGRSVDEENSGYQAETNTYPQRRHRARNHFIRLGRDNELSESNDEDRYEVESERTKRSVVDPCNDCA

Output: Extracellular


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

Input: MEGIAKITLILLFLFVTMHTFANWNTEAAVCVYRTCDKDCKRRGYRSGKCINNACKCYPYGK

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MKSCGLLPFTVLLALGILAPWTVEGGKNDAIKIGACPAKKPAQCLKLEKPQCRTDWECPGKQRCCQDACGSKCVNPVPIRKPVWRKPGRCVKTQARCMMLNPPNVCQRDGQCDGKYKCCEGICGKVCLPPM

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: IIECFFSCEIEKDGKSKEGKPCKPKGDKDKDKKCGGWRCKIKMCIKI

Output: Extracellular


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

Output: Extracellular


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

Output: Extracellular


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

Input: MFTMKKSMLLLFFLGTISLSLCEQERNADEEERRDEEVAKMEEIKRGLLSGILGAGKNIVCGLSGLC

Output: Extracellular


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

Input: MFTLKKSQLLLFFPGTINLSLCQDETNAEEERRDEEVAKMEEIKRGLLSGILGAGKHIVCGLSGLC

Output: Extracellular


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

Output: Extracellular


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

Input: MMAFPPQSCVHVLPPKSIQMWEPNHNTMHGSSQSPRNYRVHDSQQMVWVLTGNTLTAVPASNNVKPVILSLIACRDTEFQDVKKGNLVFLGIKNRNLCFCCVEMEGKPTLQLKEVDIMNLYKERKAQKAFLFYHGIEGSTSVFQSVLYPGWFIATSSIERQTIILTHQRGKLVNTNFYIESEK

Output: Extracellular


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

Input: MKSLYLIFGLWILLACFQSGEGVRGPRRQHNPRRQQDPSTLPHYLGLQPDPNGGQIGVTITIPLNLQPPRVLVNLPGFITGPPLVVQGTTEYQYQWQLTAPDPTPLSNPPTQLHSTEQANTKTDAKISNTTATTQNSTDIFEGGGK

Output: Extracellular