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

Output: Nucleus


Subcellular Localization

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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MIIPVRCFTCGKIVGNKWEAYLGLLQAEYTEGDALDALGLKRYCCRRMLLAHVDLIEKLLNYAPLEK

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MEEEAETEEQQRFSYQQRLKAAVHYTVGCLCEEVALDKEMQFSKQTIAAISELTFRQCENFAKDLEMFARHAKRTTINTEDVKLLARRSNSLLKYITDKSEEIAQINLERKAQKKKKSEDGSKNSRQPAEAGVVESEN

Output: Nucleus


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

Output: Nucleus


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

Input: MNTQRKSKHLKTNPTIVASSSEEVSSLEWEEIAMAQEEEDLICRMYKLVGERWDLIAGRIPGRTAEEIERFWVMKNHRRSQLR

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MPSVDIDASQWQKLTQSREKQTTVITPLGMMMLEIQGELELPKDFASLARRDSPNEGRFSEQDGETLIRFGSLQIDGERATLFVGKKQRLLGKVTKLDVPMGIMHFNSKDNKVELVDVMKYKVIFKDRPLPIM

Output: Nucleus


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

Output: Nucleus


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

Input: MAAKDQLEVQVMAAQEMELAGKDPVSHEHEERKPVTETKEGDVTDEHGERGSFAETDEHTGVDTKELEDIAADIKEHLAAKRKRIEKIAKACSEIKNRIKNVLRTTQLKRQKRDYRISLKLPNVLEEFITDEQKDEEGDGEKEEQIKIFQEQQKRWQQDGKGTERD

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MASSSTNSPCAACKFLRRKCQPECVFAPYFPPDQPQKFANVHKVFGASNVTKLLNELHPSQREDAVNSLAYEADMRLRDPVYGCVGVISLLQHQLRQLQIDLSCAKSELSKYQSLGILAATHQSLGINLLAGAADGTATAVRDHYHHHQFFPREQMFGGLDVPAGNNYDGGILAIGQITQFQQPRAAAGDDGRRTVDPS

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSKSTNVSYERVELFENPKVPIEVEDEILEKYAESSLDHDMTVNELPRFFKDLQLEPTIWKLVRNEDVIIEGTDVIDFTKLVRCTCQLLILMNNLTVIDDLWSMLIRNCGRDVDFPQVALRDHVLSVKDLQKISNLIGADQSSGTIEMISCATDGKRLFMTYLDFGCVLGKLGYLKM

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MQQRSNRRSCSYIPLGVHNNAEKSLCTEVAPARKNKRSITTSPIVNINVVERRLFNLELEKQQLRAKNLSENTGGGSPNGGAYLDAKKGVREQDQYQGGPSKELDRLQPPPSMKKSPPRKKKSLKDLIYETNKTFYQVDSNKVKYKVGLSKKQLLPSKTVDN

Output: Nucleus


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

Output: Nucleus


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

Input: MASMQKRLQKELLALQNDPPPGMTLNEKSVQNSITQWIVDMEGAPGTLYEGEKFQLLFKFSSRYPFDSPQVMFTGENIPIHPHVYSNGHICLSILTEDWSPALSVQSVCLSIISMLSSCKEKRRPPDNSFYVRTCNKNPKKTKWWYHDDTC

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MTSSPVSRVVYNGKRTSSPRSPPSSSEIFTPAHEENVRFIYEAWQGVERDLRGQVPGGERGLVEEYVEKVPNPSLKTFKPIDLSDLKRRSTQDAKKS

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MAAWGKKHAGKDPVRDECEERNRFTETREEDVTDEHGEREPFAETDEHTGANTKKPEDTAEDLTAKRKRMKMDKTCSKTKNKSKHALRKKQLKRQKRDYIHSLKLLNVLEEYITDEQKEEEEEEGEEEELIRIFQEQQKKWQQYRSVRRERLKEMKLLRDQFVKALEDFEDLCDRVFSDEDSELDN

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MFLTEDLITFNLRNFLLFQLWESSFSPGAGGFCTTLPPSFLRVDDRATSSTTDSSRAPSSPRPPGSTSHCGISTRCTERCLCVLPLRTSQVPDVMAPQHDQEKFHDLAYSCLGKSFSMSNQDLYGYSTSSLALGLAWLSWETKKKNVLHLVGLDSL

Output: Nucleus


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

Input: MASADKLINTDVPEKDVFAFHFLQSLSNLRKQNPFDTPDQKNYRVRKIKKAAYVSMARAAGGSSRLWSRALLRRADKDDNKIVRFSRRKWKISSKRRRSNQRAPVVEEAAERLRNLVPGGGGMETSKLMEETAHYIKCLSMQVKVMQCLVDGLSPK

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSQLPLASQATTTDLVSTTAMQPQSEGIVDESLQPQHPPSSTAHDSPCLQDSVPLVPPPPSPYLNKEVGQMVCGSCRILLAYFRGAGYVHCTCCQTMNYVLEAHEVGKVHCGHCATLLMYPFGAPAVKCSLCLFVTEIGERNVRRRLSIEQPTRTNSSGLAEA

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MVEKKTSVRSQDPGQRRVLDRAARQRRINRQLEALENDNFQDDPHAGLPQLGKRLPQFDDDADTGKKKKKTRGDHFKLRFRKNFQALLEEQNLSVAEGPNYLTACAGPPSRPQRPFCAVCGFPSPYTCVSCGARYCTVRCLGTHQETRCLKWTV

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MALKKNTHNKSTKRVTKHPSLKTLTHKQIHTTIFVKSTTPYVSALKRINKFLDSVHKQGSSYVAVLGMGKAVEKTLALGCHFQDQKNKKIEVYTKTIEVLDEVITEGQADIDMESDVEDDDKETQLKKRAVSGVELRIYV

Output: Nucleus


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

Input: MSERKRELAEEASSTSFSPLKKTKLNDSSDSSPDSHDVIVFAVSSSSVASSAALASDECSVTIGGEESDQSSSISSGCFTSESKEIAKNSSSFGVDLEDHQIETETETSTFITSNFRKETSPVSEGLGETTTEMESSSATKRKQPGVRKTPTAAEIEDLFSELESQDDKKKQFIEKYNFDIVNDEPLEGRYKWDRL

Output: Nucleus


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

Output: Nucleus


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

Input: MKDNQTEVESRSTDDRLKVRGNKVGKKTKDPNRPKKPPSPFFVFLDDFRKEFNLANPDNKSVGNVGRAAGKKWKTMTEEERAPFVAKSQSKKTEYAVTMQQYNMELANGNKTTGDDEKQEKAADD

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MDLISHQPNKNPNSSTQLTPPSSSRYENQKRRDWNTFCQYLRNHRPPLSLPSCSGAHVLEFLRYLDQFGKTKVHHQNCAFFGLPNPPAPCPCPLRQAWGSLDALIGRLRAAYEENGGPPEANPFGSRAVRLFLREVRDFQAKARGVSYEKKRKRVNRQKPQTQPPLQLQQQQQQPQQGQSMMANYSGATV

Output: Nucleus


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

Input: MRILCDACESAAAIVFCAADEAALCCSCDEKVHKCNKLASRHLRVGLADPSNAPSCDICENAPAFFYCEIDGSSLCLQCDMVVHVGGKRTHRRFLLLRQRIEFPGDKPNHADQLGLRCQKASSGRGQESNGNGDHDHNMIDLNSNPQRVHEPGSHNQEEGIDVNNANNHEHE

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MAGGKGKAGKDSGKSKSKVVSRSARAGLQFPVGRIHRFLKQRTTSSGRVGATAAVYSAAILEYLTAEVLELAGNASKDLKVKRITPRHLHLAIRGDEELDTLIKATIAGGGVIPHIHRYLMNKKGAPVPGKPGAPGQGPQ

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSGRGKTGGKARAKAKSRSSRAGLQFPVGRVHRLLRKGHYAERVGAGAPVYLAAVLEYLTAEILELAGNAARDNKKTRIIPRHLQLAIRNDEELNKLLGGVTIAQGGVLPNIQAVLLPKKTSATVGPKAPSGGKKATQASQEY

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MENFRKVRSEEAPAGCGAEGGGPGSGPFADLAPGAVHMRVKEGSKIRNLMAFATASMAQPATRAIVFSGCGRATTKTVTCAEILKRRLAGLHQVTRLRYRSVREVWQSLPPGPTQGQTPGEPAASLSVLKNVPGLAILLSKDALDPRQPGYQPPNPHPGPSSPPAAPASKRSLGEPAAGEGSAKRSQPEPGVADEDQTA

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MTTPNKGNKALKVSGEAGLGVCWAGHSYSALTPCAVPLQVKREPGENGTSLTDEELVTMSVRELNQHLRGLSKEEIIQLKQRRRTLKNRGYAASCRVKRVTQKEELEKQKAELQQEVEKLASENASMKLELDALRSKYEALQNFARTVARSPVAPARGPLAAGLGPLVPGKVAATSVITIVKSKTDARS

Output: Nucleus


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

Output: Nucleus


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

Input: MLPKPGVYYFPWEVSDGHVPEGSTLRTFGRLYLYDMARSLMTLAAPQKPDQCQLLVCTNLVEPFEAHVNFLYMVLGDLERMEGGAFVVRARLLTCVEGMDLSLLEKAILEQRRHLQKRQQPIGDASTLQTPTPAPQSIPSDSLSLEPENRGQQVPLPQTLD

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MEEEMSNRRVSNRTRKVATKMAAALTSNDNRTQAAIARLEALENDNGAIEVIDLNDDEEASLDEDDDLGYLQKKQHKGSKRKTRQAKALEARKAPKSFLELLQEANLESLPSHVPTYLKAAVGPPSSSSRRYFCSVCGYIAGYNCCLCGMRFCSIRCQNIHKDTRCQKFVA

Output: Nucleus


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

Output: Nucleus


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

Input: MSRATKRKHVTREVLEEHVVPAPQQRIVRVLGSPGNNLHEVETADGSRFLASMPPRFRHHVWIKRGDFLLVDPIEEGAKVKAEMALVLLRPHVRFLQRQGLWPTAFAASPDRTPQESDGDSELFVNTNRATIETDTEEEEEDGGDTESSEEEEEDREEPLEDRPEDRPEDCADVGSAAQRRSTIETGT

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MTEVEERINAWNDGFEELLSYIPAKLYYREHTANQWKQKKSTLEEKKERRKMKFSLDGLVNDADDDSQKSSKWEQSSTMSDDTDVSDRHAESMSQIRGKLASKIQDLREKRKAGDLNQKRQNKRPVENEKDSQKGSGKSKVQKKKHKASPRAGF

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MATDEATKPSPIPPYPEMILAAIEGLDDKSGSNKSAISKYIEGKYGSLPPAHASLLTAHLARMKESGELVFLKNNYFRAGAPDAPPKRGRGRPPKARDPNAPAPAPKSPSSTGRGRGRPPKAKSPLEAAVKQATAGMPKPRGRPPKKAKTDGAASPSPSPAPAPAGDGSTPGKRGRGRPPKVRPAVPSETAAA

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MEVTSFILNATFKEFACFGNNYLIILPGIMLERNVFRHLNYSTNSICSHYQFFGGHYESFELLVVIVYYFSHVGSFSLAEIYRITWDKRIVLYGTTTTLVYCSEGSD

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSAAEKKPASKAPAGKAPRDTMKSADKKRGKNRKETYSSYIYKVLKQVHPDTGISNQAMRILNSFVNDIFERIATEASKLAAYNKKSTISSREIQTAVRLILPGELAKHAVTEGTKSVTKYSSSAQ

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MDLDLIQDLPILNFPPAIKIRANTNRDDDGGGCTTPTSSDHKIPPTTATTPPPPPQKPRPPSTPSSLGIRSCKRKLMTSLSKYEIIVNKDEIERFFSSVYNQTMASSTTTAITVAKRRRSFRSCSRR

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MAAGTAAALAFLSQESRTRAGGVGGLRVPAPVTMDSFFFGCELSGHTRSFTFKVEEEDDAEHVLALTMLCLTEGAKDECNVVEVVARNHDHQEIAVPVANLKLSCQPMLSLDDFQLQPPVTFRLKSGSGPVRITGRHQIVTMSNDVSEEESEEEEEDSDEEEVELCPILPAKKQGGRP

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MKYPLVPLVSDLTLSFLVFWLCLPVALLLFLTIVWLHFLLSQESKEDDSDLCFNWEPWSKRPSECGCEETFPGEEDGLHW

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSVERIKRAPAFRKGIIIRRKTHLIAMIRRMRKKLDIDGSILYQATGMAIPHLVELSDKYKRQGYNISMDTATVEFMDEIVDEVSIQNKNRLGNVLLLRVSR

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSKATIELDFLGLEKKQTNNAPKPKFQKFLDRRRSFRDIQGAISKIDPEIIKSLLASTGNNSDSSAKSRSVPSTPREDQPQIPISPVHASLARSSTELVSGTVPMTIFYNGSVSVFQVSRNKAGEIMKVANEAASKKDESSMETDLSVILPTTLRPKLFGQNLEGDLPIARRKSLQRFLEKRKERLVSTSPYYPTSA

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MADGKAGDEKPEKSQRAGAAGGPEEEAEKPVKTKTVSSSNGGESSSRSAEKRSAEEEAADLPTKPTKISKFGFAIGSQTTKKASAISIKLGSSKPKETVPTLAPKTLSVAAAFNEDEDSEPEEMPPEAKMRMKNIGRDTPTSAGPNSFNKGKHGFSDNQKLWERNIKSHLGNVHDQDN

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MSSTNGNAPATPSSDQNPLPTRFEVELEFIQSLANIQYVTYLLTQQQIWKSPNFKNYLKYLEYWCNPPYSQCIVYPNCLFILKLLNGFMESAIVNEDGLLEGLDELPKIIQLQGPQWMNEMVERWAN

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Input: MFYHISLEHEILLHPRYFGPNLLNTVKQKLFTEVEGTCTGKYGFVIAVTTIDNIGAGVIQPGRGFVLYPVKYKAIVFRPFKGEVVDAVVTQVNKVGLFTEIGPMSCFISRHSIPSEMEFDPNSNPPCYKTMDEDIVIQQDDEIRLKIVGTRVDKNDIFAIGSLMDDYLGLVS

Output: Nucleus


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

Output: Nucleus


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

Input: MDAKVYVGGLPSDATSQELEEIFDRFGRIRKVWVARRPPGFAFVEYDDVRDAEDAVRALDGSRICGVRARVELSTGQRRGGGGRGGGFGGRGGGGRDRSPYRGDRGRSRSRSRDRGRDRSRDRSRDRSRDRSRDRSRERSRERERTRSRSRSPQERDRSHSKSRSRSRSRSRSRSASPH

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Nucleus


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Input: MDPKSPEFIIDQPLKILGFVFDELSATRVSGHLTLTEKCCQPFKVLHGGVSALIAEALASLGAGIASGFKRVAGIHLSIHHLRPAALGEIVFAESFPVSVGKNIQVWEVRLWKAKKTETPDNKIMVSTSRVTLFCGLPIPDHVKDAPDELKKVISKL

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Input: MDSASSNTKAIDPPLHMLGFEFDELSPTRITGRLPVSPVCCQPFKVLHGGVSALIAESLASMGAHMASGFKRVAGIQLSINHLKSADLGDLVFAEATPVSTGKTIQVWEVKLWKTTQKDKANKILISSSRVTLICNLPIPDNAKDAANMLKMVAKL

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Output: Peroxisome


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

Input: MASSLTTRLSAVIGSRRSFPIVGAFCVLSTLSISSLSSSSPFKSGCAQSFSVVPLLRSKFSSKAFSSSIRMEESSKTVPSIVVYVTVPNREAGKKLANSIVQEKLAACVNIVPGIESVYEWEGKVQSDSEELLIIKTRQSLLEPLTEHVNANHEYDVPEVIALPITGGSDKYLEWLKNSTRN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MAAVTSAAVSIPSFTGLKAASASNAKVSASAKVSASPLPRLSIKASLKEVGAAVVATAASAMIASNAMAVDVLLGADDGSLAFVPSEFSVPAGEKIVFKNNAGFPHNVLFDEDAVPSGVDVSKISMSEEDLLNAKGETFEVALSDKGEYTFYCSPHQGAGMVGKVIVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MAALSSAAVTIPSMAPSAPGRRRMRSSLVVRASLGKAAGAAAVAVAASAMLAGGAMAQEVLLGANGGVLVFEPNDFTVKSGETITFKNNAGFPHNVVFDEDAVPSGVDVSKISQEEYLNAPGETFSVTLTVPGTYGFYCEPHAGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: IEVLLGSDDGGLAFVPGNFSVSAGEKITFKNNAGFPHNVVFDEDEIPAGVDASKISMSEEDLLNGPGETYSVTLSEKGTYTFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MLQLCSTFRPQLLLPCQFRFTNGVLIPQINYVASNSVVNIRPMIRCQRASGGRGGANRSKPAKPQVKEGSNKTVIEGLVTESLPNGMFRVDLENGDNILGYICGKIRKNFIRILPGDKVKVEMSVYDSTKGRIIFRMSSRD

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: IEIKLGGDDGALAFVPGSFTVAAGEKIVFKNNAGFPHNIVFDEDEVPAGVDASKISMSEEDLLNAPGETYAVTLSEKGTYSFYCSPHQGAGMVGKVTVQ

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: IEVLLGSDDGGLAFVPGNFSVSAGEKITFKNNAGFPHNVVFDEDEIPAGVDVSKISMSEEEYLNGPGETYSVTLSEKGTYTFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MASVTSATVAIPSFTGLKASTIKSSATVRIQTAAVASPKLTVKSSLKNFGVAAVAAAASIALAGNAMAIEVLLGGGDGSLAFIPNDFSIAKGEKIVFKNNAGYPHNVVFDEDEIPSGVDVAKISMDEQDLLNGAGETYEVALTEPGTYSFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MALVQSRTFPHLNTPLSPILSSLHAPSSLFIRREIRPVAAPFSSSTAGNLPFSPLTRPRKLLCPPPRGKFVREDYLVKKLSAQELQELVKGDRKVPLIVDFYATWCGPCILMAQELEMLAVEYESNAIIVKVDTDDEYEFARDMQVRGLPTLFFISPDPSKDAIRTEGLIPLQMMHDIIDNEM

Output: Plastid


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

Input: MAAITSATVTIPSFTGLKLAVSSKPKTLSTISRSTSATRAPPKLALKSSLKDFGVIAVATAASIVLAGNAMAMEVLLGSDDGSLAFVPSEFTVAKGEKIVFKNNAGFPHNVVFDEDEIPSGVDASKISMDETALLNGAGETYEVTLTEPGSYGFYCAPHQGAGMVGKLTVK

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MAMSFSGAVLTGMASSFHSGAKQSSFGAVRVGQKTQFVVVSQRKKSLIYAAKGDGNILDDLNEATKKASDFVTDKTKEALADGEKAKDYVVEKNSETADTLGKEAEKAAAYVEEKGKEAANKAAEFAEGKAGEAKDATK

Output: Plastid


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

Input: MALRCKTPAATCAARSRRSVRVSAHKGAFEQAQVAAAAFVAAAVIAAPANAGVVLQQPVLKKAFQDDTPAAPPPKREFRGLAPPALPQSDAPNVAAEKPKKAEVVESTSGGLDPRSVALPGALALTIGGFVAASKIDGSFNDWFMEAVVRDSNNYAGYEATLKSENGVTFPKVAAGGTKKVKAATGSKKGGFPFGGKK

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MSRCGSLGLYAPNALPSLSLKPRSVKSPFCITSHTKPNDTLLHNVNKMRAKACDILGAKKTILAAQLGAVLATIDHPALAITGVNNQQELSSVVLDIGIISVWYFLVMPPIIMNWLRVRWYRRKFFEMYLQFMFVFMFFPGLLLWAPFLNFRKFPRDPNMKNPWDKPTDPDSIKNVYLKYPYATPEDYDLD

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MSSFTIPSPSSFSLSNSYNQTSPHSFTLRNSRSNFEFHRLRLDVESRRRSTSLRSNCSTKGTDSGENENKSVLDAFFLGKALAEVINERIESTVGEVLSTIGKFQAEQQKQVQEIQEEVLERAKKAKERAARETMEEQGLVASKPVAITRNPDAVVVASVTSTSTVESKTIMVDVEESSSSSDED

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: VEVLLGASDGGLAFVPNSFEVSAGDTIVFKNNAGFPHNVVFDEDEIPSGVDAAKISMPEEDLLNAPGETYSVKLDAKGTYKFYCSPHQGAGMVGQVTVN

Output: Plastid


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

Input: MATVASSAAVAVPSFTGLKASGSIKPTTAKIIPTTTAVPRLSVKASLKNVGAAVVATAAAGLLAGNAMAVEVLLGGGDGSLAFLPGDFSVASGEEIVFKNNAGFPHNVVFDEDEIPSGVDAAKISMSEEDLLNAPGETYKVTLTEKGTYKFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: LEVLLGSGDGSLVFVPSEFSVPSGEKIVFKNNAGFPHNVVFDEDEIPAGVDAVKISMPEEELLNAPGETYVVTLDTKGTYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: AKVEVGDEVGNFKFYPDSITVSAGEAVEFTLVGETGHNIVFDIPAGAPGTVASELKAASMDENDLLSEDEPSFKAKVSTPGTYTFYCTPHKSANMKGTLTVK

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: VEVLMGGSGGELAFIPNELQVNAGEQIVFKNNAGFPHNVIFDEDAVPAGVDVSSISMSEEDLLNAPGETYVVKLDKKGTYRFFCAPHQGIGMSGIVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MAATFATPSTVIGLGGSSITTKPFSSSFLKPTLSAKNPLRLAGASGGRVTCFERNWLRRDLNVVGFGLIGWLAPSSIPAINGKSLTGLFFDSIGTELAHFPTPPALTSQFWLWLVTWHLGLFLCLTFGQIGFKGRTEDYF

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MEKSGGRIVMDEIRSFEKAHLFDLGHPLLNRIADSFVKAAGVGALQAVSREAYFTVVDGAGFDSNNVGPPSEITGNKKHRFPNLRGESSKSLDALVKNTGKESLQWGLAAGLYSGITYGMTEVRGGAHDWRNSAVAGALTGAAMAMTTSERTSHEQVVQSALTGAAISTAANLLSSVF

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MATVTSAAVSIPSFTGLKAGSASNAKVSASAKVSASPLPRLSIKASMKDVGAAVVATAASAMIASNAMAIDVLLGADDGSLAFVPSEFSISPGEKIVFKNNAGFPHNIVFDEDSIPSGVDASKISMSEEDLLNAKGETFEVALSNKGEYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: IEILLGGDDGSLAFVPNNFTVASGEKITFKNNAGFPHNVVFDEDEIPSGVDSGKISMNEEDLLBAPGZVYZVZLTZKGSYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: IEVLLGGDDGSLAFIPNDFSVAAGEKIVFKNNAGFPHNVVFDEDEIPSGVDAGKISMNEEDLLNAPGEVYKVNLTEKGSYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: VEILLGGEDGSLAFIPSNFSVPSGEKITFKNNAGFPHNVVFDEDEVPSGVDSAKISMSEDDLLNAPGETYSVTLTESGTYKFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: AEVLLGSSDGGLVFEPSTFSVASGEKIVFKNNAGFPHNVVFDEDEIPAGVDASKISMSEEDLLNAPGETYAVTLTEKGTYSFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Input: IEVLLGSDDGGLAFVPGNFSISAGEKITFKNNAGFPHNVVFDEDEIPAGVDASKISMPEEDLLNAPGETYSVTLSEKGTYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: LDVLLGGDDGSLAFIPGNFSVSAGEKITFKNNAGFPHNVVFDEDEIPAGVDASKISMAEEDLLNAAGETYSVTLSEKGTYTFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Input: LDVLLGSDDGELAFVPNNFSVPSGEKITFKNNAGFPHNVVFDEDEIPSGVDASKISMDEADLLNAPGETYAVTLTEKGSYSFYCSPHQGAGMVGKVTVN

Output: Plastid


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

Input: IEVLLGGGDGSLAFVPNDFSIAKGEKIVFKNNAGFPHNVVFDEDEIPSGVDASKISMDENDLLNAAGETYEVALTEAGTYSFYCAPHQGAGMVGKVTVN

Output: Plastid


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

Input: MALLSPLLSLSSVPPITSIAVSSSSFPIKLQNVSVALLPSFGQRLVAHGPVIAQKRGTVVAMVSAAAEETAGEDGDQSKVEEANISVQNLPLESKLQLKLEQKIKMKMAKKIRLRRTGLCAKESLRKRGAWPPSKMKKLKNV

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MSLTAQFSPPVTGITRSLRDTKPSLSNLRVFPVYTEIRTMTTSNLRKSACFVAKAIEQRRDTAGSESESEATPSPAEESGSGEDKEVEISAIGAEIKAAMEQRKTAEEEKGKNEFLSGVAEEVKEIEWPAFQKVLGTTGVVLGVIAGSSVVLLTVNFLLAELSDRVFIGRGVQDFFS

Output: Plastid


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

Output: Plastid


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

Input: AEVKLGADDGALVFSPSSFSVAKGEGISFKNNAGFPHNIVFDEDEVPAGVDVSKISQEDYLDGAGESFTVTLTEKGTYKFYCEPHAGAGMKGEVTVT

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: AEVKLGSDDGGLVFSPSSFTVAAGEKITFKNNAGFPHNIVFDEDEVPAGVNAEKISQPEYLNGAGETYEVTLTEKGTYKFYCEPHAGAGMKGEVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Input: MATVTSSAAVAIPSFAGLKASSTTRAATVKVAVATPRMSIKASLKDVGVVVAATAAAGILAGNAMAAEVLLGSSDGGLAFVPSDLSIASGEKITFKNNAGFPHNVVFDEDEVPAGVDVTKISMPEEDLLNAPGEEYSVTLTEKGTYKFYCAPHAGAGMVGKVTVN

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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

Output: Plastid


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.

Input: QYGDYGYPYQQYHDYSDDGWVNLNRQGFSYQCPHGQVVVAVRSIFNKKEGSDRQWNYACMPTPQSLGEPSECWWEEINRAGMEWYQTCSNNGLVAGFQSRYFESVLDREWQFYCCRYSKRCPYSCWMTTEYPGHYGEEMDMISYNYDYYMRGATTTFSAVERDRQWKFIMCRMTDYDCEFANV

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.

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

Output: Extracellular


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

Output: Extracellular


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

Input: MVNQVAQCFTVRRVWLVVVVGLLVHQTTARYVFEECPGVMGNRALHGKVTRVCEDCYNVFRDTDVLAGCRKGCFSSEMFKLCLLAMERVEEFPDFKRWIGILNAGR

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: 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: MGAALKMTIFLLIVACAMIATTEAAVRIGPCDQVCPRIVPERHECCRAHGRSGYAYCSGGGMYCN

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.

Input: MRKPITLILVVALALVLLATSEVSAYRACGFPGRRCSPTEECCEGLVCQPRKNGPSMCYRPDP

Output: Extracellular


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

Input: MCRYALIVLVVVVVATNLSEANIFDVPTCEPNRIYKTCGPACPPTCEDPDPDCNETPQCKAGCFCIPGLIENMKGGNCISPSLCP

Output: Extracellular


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

Input: MLGSRAVMLLLLLPWTAQGRAVPGGSSPAWTQCQQLSQKLCTLAWSAHPLVGHMDLREEGDEETTNDVPHIQCGDGCDPQGLRDNSQFCLQRIHQGLIFYEKLLGSDIFTGEPSLLPDSPVGQLHASLLGLSQLLQPEGHHWETQQIPSLSPSQPWQRLLLRFKILRSLQAFVAVAARVFAHGAATLSP

Output: Extracellular


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

Input: MSTFIVVFLLLTAILCHAEHAIDETARGCNRLNKKCNSDADCCRYGERCISTGVNYYCRPDFGP

Output: Extracellular


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

Input: MAMNMSMTLCMFVMVVVAATVIDSTQLQEPDLSRMRRSGPADCCRMKECCTDRVNECLQRYSGREDKFVSFCYQEATVTCGSFNEIVGCCYGYQMCMIRVVKPNSLSGAHEACKTVSCGNPCA

Output: Extracellular