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A library to analyze and explore protein sequences using BERT models

Project description

berteome

from berteome import prot_bert
Some weights of the model checkpoint at Rostlab/prot_bert were not used when initializing BertForMaskedLM: ['cls.seq_relationship.bias', 'cls.seq_relationship.weight']
- This IS expected if you are initializing BertForMaskedLM from the checkpoint of a model trained on another task or with another architecture (e.g. initializing a BertForSequenceClassification model from a BertForPreTraining model).
- This IS NOT expected if you are initializing BertForMaskedLM from the checkpoint of a model that you expect to be exactly identical (initializing a BertForSequenceClassification model from a BertForSequenceClassification model).
from berteome import esm
from berteome import berteomeDF
---------------------------------------------------------------------------

ImportError                               Traceback (most recent call last)

/var/folders/x1/098shbqn0rs8vd5ybvyb0k9h0000gn/T/ipykernel_70195/4107489332.py in <module>
----> 1 from berteome import berteomeDF


ImportError: cannot import name 'berteomeDF' from 'berteome' (/Users/jeffcole/miniconda3/envs/berteome/lib/python3.7/site-packages/berteome-0.1.0-py3.7.egg/berteome/__init__.py)
prot_bert.bertPredictionDF("MENDEL")
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wt wtIndex A C D E F G H I ... M N P Q R S T V W Y
0 M 1 0.036685 0.011501 0.048229 0.118868 0.024064 0.039190 0.012617 0.066477 ... 0.076580 0.072637 0.024714 0.038660 0.043091 0.070257 0.056526 0.049911 0.007779 0.021692
1 E 2 0.045712 0.015659 0.041913 0.074816 0.037146 0.044317 0.018260 0.073063 ... 0.043572 0.062655 0.025272 0.036905 0.055532 0.064412 0.049945 0.056779 0.012689 0.029887
2 N 3 0.043558 0.009684 0.162566 0.184336 0.033777 0.044654 0.012353 0.052622 ... 0.041478 0.041984 0.019989 0.025511 0.029428 0.048098 0.030299 0.054734 0.007428 0.024920
3 D 4 0.042079 0.013243 0.049744 0.086189 0.039733 0.055907 0.016860 0.073291 ... 0.040078 0.060817 0.032022 0.039686 0.046224 0.062319 0.044898 0.058933 0.010875 0.026594
4 E 5 0.046638 0.018769 0.079816 0.086908 0.050634 0.050462 0.022395 0.074495 ... 0.028960 0.062229 0.023877 0.030532 0.040486 0.065190 0.044934 0.068032 0.012155 0.038031
5 L 6 0.035695 0.008615 0.060928 0.142576 0.019581 0.046287 0.013043 0.060374 ... 0.037424 0.090177 0.019358 0.032733 0.043823 0.045863 0.043224 0.045121 0.009800 0.021241

6 rows × 22 columns

esm.esmPredictionDF("MENDEL")
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wt wtIndex A C D E F G H I ... M N P Q R S T V W Y
0 M 1 0.033952 0.007039 0.054737 0.063365 0.018590 0.029267 0.010216 0.028865 ... 0.456082 0.029166 0.023344 0.019043 0.023603 0.030170 0.023352 0.033982 0.004791 0.013076
1 E 2 0.058999 0.021031 0.054622 0.072057 0.037186 0.053090 0.025848 0.065879 ... 0.024329 0.059710 0.035728 0.040369 0.052300 0.073618 0.057319 0.062975 0.014029 0.030339
2 N 3 0.055626 0.014060 0.077887 0.122153 0.034727 0.058822 0.019171 0.061401 ... 0.031318 0.044172 0.029668 0.034335 0.052372 0.057394 0.047432 0.069432 0.013282 0.025859
3 D 4 0.044610 0.017627 0.036298 0.071025 0.031629 0.049782 0.023518 0.061833 ... 0.058515 0.043762 0.037227 0.054164 0.055120 0.060091 0.052912 0.070125 0.017567 0.027211
4 E 5 0.045966 0.027927 0.047431 0.057574 0.052450 0.054545 0.030670 0.071293 ... 0.025417 0.051106 0.033450 0.038940 0.055194 0.076423 0.050060 0.063550 0.017663 0.038091
5 L 6 0.048226 0.016231 0.060284 0.100391 0.031534 0.052584 0.023015 0.065281 ... 0.029354 0.063840 0.025546 0.039313 0.062937 0.064147 0.053790 0.060177 0.013714 0.028147

6 rows × 22 columns

This file will become your README and also the index of your documentation.

Install

pip install berteome

How to use

Berteome makes use of the masked language model of BERT to determine predictions for all residues in a protein sequence.

For instance, it uses the prot_bert model from the Rostlab to generate predictions for a given residue in a sequence as follows by putting a [MASK] token in a spaced out seqeunce.

single residue predictions

berteome.unmasker('D L I P T S S K L V V [MASK] D T S L Q V K K A F F A L V T')
[{'sequence': 'D L I P T S S K L V V L D T S L Q V K K A F F A L V T',
  'score': 0.11088439077138901,
  'token': 5,
  'token_str': 'L'},
 {'sequence': 'D L I P T S S K L V V S D T S L Q V K K A F F A L V T',
  'score': 0.0840253233909607,
  'token': 10,
  'token_str': 'S'},
 {'sequence': 'D L I P T S S K L V V V D T S L Q V K K A F F A L V T',
  'score': 0.07328338176012039,
  'token': 8,
  'token_str': 'V'},
 {'sequence': 'D L I P T S S K L V V K D T S L Q V K K A F F A L V T',
  'score': 0.06921844929456711,
  'token': 12,
  'token_str': 'K'},
 {'sequence': 'D L I P T S S K L V V I D T S L Q V K K A F F A L V T',
  'score': 0.06382393091917038,
  'token': 11,
  'token_str': 'I'}]

This gives the top five best predictions for the residues in this sequence, with the following fields:

  • sequence
    • the spaced out full sequence including the predicted residue
  • score
    • how likely this residue is to be behind the mask
  • token
    • the number associated with the residue
  • token_str
    • the actual residue

Something to note is that only one mask can be predicted at a time. So it is not possible to predict more than one mask.

Berteome provides two helper functions to help the user generate single residue predictions with ease. To generate predictions the sequences must be space delimeted and have the [MASK] token. To expedite this berteome provides spacifySeq() which space delimits the sequence. To make the sequence MENDEL space delimited, do the following.

mendel_w_spaces = berteome.spacifySeq("MENDEL")
mendel_w_spaces
'M E N D E L'

Then, the user can put a mask in which ever residue they choose using maskifySeq(), so to put a mask in the previous sequence on the third residue, do the following.

mendel_mask_3 = berteome.maskifySeq(mendel_w_spaces, 3)
mendel_mask_3
'M E N [MASK] E L'

Now a prediction for the masked residue can be acieved by providing it to unmasker()

mendel_mask_3_predictions = berteome.unmasker(mendel_mask_3)
mendel_mask_3_predictions
[{'sequence': 'M E N L E L',
  'score': 0.10907968133687973,
  'token': 5,
  'token_str': 'L'},
 {'sequence': 'M E N K E L',
  'score': 0.09135881811380386,
  'token': 12,
  'token_str': 'K'},
 {'sequence': 'M E N E E L',
  'score': 0.08618851006031036,
  'token': 9,
  'token_str': 'E'},
 {'sequence': 'M E N I E L',
  'score': 0.07329064607620239,
  'token': 11,
  'token_str': 'I'},
 {'sequence': 'M E N S E L',
  'score': 0.06231885030865669,
  'token': 10,
  'token_str': 'S'}]

multiple residue predictions

Berteome also makes it possible to generate all possible predictions for all residues in the sequence using allResiduePredictions()

mendel_all_predictions = berteome.allResiduePredictions("MENDEL")

This provides the raw output, so berteome also has a function to make it a more parseable panda dataframe using residuePredictionScore()

mendel_all_predictionDF =  berteome.residuePredictionScore(mendel_all_predictions, "MENDEL")
mendel_all_predictionDF
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wt wtIndex wtScore A C D E F G H ... M N P Q R S T V W Y
0 M 1 0.076580 0.036685 0.011501 0.048229 0.118868 0.024064 0.039190 0.012617 ... 0.076580 0.072637 0.024714 0.038660 0.043091 0.070257 0.056526 0.049911 0.007779 0.021692
1 E 2 0.074816 0.045712 0.015659 0.041913 0.074816 0.037146 0.044317 0.018260 ... 0.043572 0.062655 0.025272 0.036905 0.055532 0.064412 0.049945 0.056779 0.012689 0.029887
2 N 3 0.041984 0.043558 0.009684 0.162566 0.184336 0.033777 0.044654 0.012353 ... 0.041478 0.041984 0.019989 0.025511 0.029428 0.048098 0.030299 0.054734 0.007428 0.024920
3 D 4 0.049744 0.042079 0.013243 0.049744 0.086189 0.039733 0.055907 0.016860 ... 0.040078 0.060817 0.032022 0.039686 0.046224 0.062319 0.044898 0.058933 0.010875 0.026594
4 E 5 0.086908 0.046638 0.018769 0.079816 0.086908 0.050634 0.050462 0.022395 ... 0.028960 0.062229 0.023877 0.030532 0.040486 0.065190 0.044934 0.068032 0.012155 0.038031
5 L 6 0.056766 0.035695 0.008615 0.060928 0.142576 0.019581 0.046287 0.013043 ... 0.037424 0.090177 0.019358 0.032733 0.043823 0.045863 0.043224 0.045121 0.009800 0.021241

6 rows × 23 columns

For each residue (wt), the score of the actual residue is provided as well as the score for all 20 amino acids. If needed, the raw output looks like this.

mendel_all_predictions
[[{'sequence': 'E E N D E L',
   'score': 0.11886773258447647,
   'token': 9,
   'token_str': 'E'},
  {'sequence': 'K E N D E L',
   'score': 0.10773412883281708,
   'token': 12,
   'token_str': 'K'},
  {'sequence': 'M E N D E L',
   'score': 0.07657960802316666,
   'token': 21,
   'token_str': 'M'},
  {'sequence': 'N E N D E L',
   'score': 0.07263746112585068,
   'token': 17,
   'token_str': 'N'},
  {'sequence': 'L E N D E L',
   'score': 0.07247161120176315,
   'token': 5,
   'token_str': 'L'},
  {'sequence': 'S E N D E L',
   'score': 0.07025714218616486,
   'token': 10,
   'token_str': 'S'},
  {'sequence': 'I E N D E L',
   'score': 0.06647692620754242,
   'token': 11,
   'token_str': 'I'},
  {'sequence': 'T E N D E L',
   'score': 0.05652552843093872,
   'token': 15,
   'token_str': 'T'},
  {'sequence': 'V E N D E L',
   'score': 0.04991144686937332,
   'token': 8,
   'token_str': 'V'},
  {'sequence': 'D E N D E L',
   'score': 0.04822919890284538,
   'token': 14,
   'token_str': 'D'},
  {'sequence': 'R E N D E L',
   'score': 0.04309074580669403,
   'token': 13,
   'token_str': 'R'},
  {'sequence': 'G E N D E L',
   'score': 0.03918968141078949,
   'token': 7,
   'token_str': 'G'},
  {'sequence': 'Q E N D E L',
   'score': 0.03865953907370567,
   'token': 18,
   'token_str': 'Q'},
  {'sequence': 'A E N D E L',
   'score': 0.03668533265590668,
   'token': 6,
   'token_str': 'A'},
  {'sequence': 'P E N D E L',
   'score': 0.024714037775993347,
   'token': 16,
   'token_str': 'P'},
  {'sequence': 'F E N D E L',
   'score': 0.024063965305685997,
   'token': 19,
   'token_str': 'F'},
  {'sequence': 'Y E N D E L',
   'score': 0.0216918233782053,
   'token': 20,
   'token_str': 'Y'},
  {'sequence': 'H E N D E L',
   'score': 0.012617157772183418,
   'token': 22,
   'token_str': 'H'},
  {'sequence': 'C E N D E L',
   'score': 0.01150050014257431,
   'token': 23,
   'token_str': 'C'},
  {'sequence': 'W E N D E L',
   'score': 0.007778722792863846,
   'token': 24,
   'token_str': 'W'},
  {'sequence': 'X E N D E L',
   'score': 0.0003176695026922971,
   'token': 25,
   'token_str': 'X'},
  {'sequence': 'U E N D E L',
   'score': 2.722620462414227e-10,
   'token': 26,
   'token_str': 'U'},
  {'sequence': 'B E N D E L',
   'score': 2.2993504322776914e-10,
   'token': 27,
   'token_str': 'B'},
  {'sequence': 'E N D E L',
   'score': 2.0518205190445116e-10,
   'token': 3,
   'token_str': '[ S E P ]'},
  {'sequence': 'E N D E L',
   'score': 1.9894096092709646e-10,
   'token': 0,
   'token_str': '[ P A D ]'},
  {'sequence': 'E N D E L',
   'score': 1.9621000657554788e-10,
   'token': 2,
   'token_str': '[ C L S ]'},
  {'sequence': 'Z E N D E L',
   'score': 1.7657629525213991e-10,
   'token': 28,
   'token_str': 'Z'},
  {'sequence': 'O E N D E L',
   'score': 1.6853365925051378e-10,
   'token': 29,
   'token_str': 'O'},
  {'sequence': 'E N D E L',
   'score': 1.441355229614416e-10,
   'token': 1,
   'token_str': '[ U N K ]'},
  {'sequence': 'E N D E L',
   'score': 3.96246785383525e-11,
   'token': 4,
   'token_str': '[ M A S K ]'}],
 [{'sequence': 'M L N D E L',
   'score': 0.10648136585950851,
   'token': 5,
   'token_str': 'L'},
  {'sequence': 'M K N D E L',
   'score': 0.10479484498500824,
   'token': 12,
   'token_str': 'K'},
  {'sequence': 'M E N D E L',
   'score': 0.07481565326452255,
   'token': 9,
   'token_str': 'E'},
  {'sequence': 'M I N D E L',
   'score': 0.07306281477212906,
   'token': 11,
   'token_str': 'I'},
  {'sequence': 'M S N D E L',
   'score': 0.06441245973110199,
   'token': 10,
   'token_str': 'S'},
  {'sequence': 'M N N D E L',
   'score': 0.06265531480312347,
   'token': 17,
   'token_str': 'N'},
  {'sequence': 'M V N D E L',
   'score': 0.05677882954478264,
   'token': 8,
   'token_str': 'V'},
  {'sequence': 'M R N D E L',
   'score': 0.0555323101580143,
   'token': 13,
   'token_str': 'R'},
  {'sequence': 'M T N D E L',
   'score': 0.049945324659347534,
   'token': 15,
   'token_str': 'T'},
  {'sequence': 'M A N D E L',
   'score': 0.045712005347013474,
   'token': 6,
   'token_str': 'A'},
  {'sequence': 'M G N D E L',
   'score': 0.04431714862585068,
   'token': 7,
   'token_str': 'G'},
  {'sequence': 'M M N D E L',
   'score': 0.04357245936989784,
   'token': 21,
   'token_str': 'M'},
  {'sequence': 'M D N D E L',
   'score': 0.041912999004125595,
   'token': 14,
   'token_str': 'D'},
  {'sequence': 'M F N D E L',
   'score': 0.03714616224169731,
   'token': 19,
   'token_str': 'F'},
  {'sequence': 'M Q N D E L',
   'score': 0.036904506385326385,
   'token': 18,
   'token_str': 'Q'},
  {'sequence': 'M Y N D E L',
   'score': 0.029887322336435318,
   'token': 20,
   'token_str': 'Y'},
  {'sequence': 'M P N D E L',
   'score': 0.025271963328123093,
   'token': 16,
   'token_str': 'P'},
  {'sequence': 'M H N D E L',
   'score': 0.018260307610034943,
   'token': 22,
   'token_str': 'H'},
  {'sequence': 'M C N D E L',
   'score': 0.015658656135201454,
   'token': 23,
   'token_str': 'C'},
  {'sequence': 'M W N D E L',
   'score': 0.012689119204878807,
   'token': 24,
   'token_str': 'W'},
  {'sequence': 'M X N D E L',
   'score': 0.00018849420303013176,
   'token': 25,
   'token_str': 'X'},
  {'sequence': 'M U N D E L',
   'score': 2.818865696418982e-10,
   'token': 26,
   'token_str': 'U'},
  {'sequence': 'M N D E L',
   'score': 2.734108772717292e-10,
   'token': 2,
   'token_str': '[ C L S ]'},
  {'sequence': 'M O N D E L',
   'score': 2.455574632520552e-10,
   'token': 29,
   'token_str': 'O'},
  {'sequence': 'M B N D E L',
   'score': 2.428661161069101e-10,
   'token': 27,
   'token_str': 'B'},
  {'sequence': 'M N D E L',
   'score': 2.427744116850761e-10,
   'token': 0,
   'token_str': '[ P A D ]'},
  {'sequence': 'M Z N D E L',
   'score': 2.347084193665694e-10,
   'token': 28,
   'token_str': 'Z'},
  {'sequence': 'M N D E L',
   'score': 2.0238072329092915e-10,
   'token': 1,
   'token_str': '[ U N K ]'},
  {'sequence': 'M N D E L',
   'score': 1.2065035082109432e-10,
   'token': 3,
   'token_str': '[ S E P ]'},
  {'sequence': 'M N D E L',
   'score': 3.644244281342246e-11,
   'token': 4,
   'token_str': '[ M A S K ]'}],
 [{'sequence': 'M E E D E L',
   'score': 0.18433618545532227,
   'token': 9,
   'token_str': 'E'},
  {'sequence': 'M E D D E L',
   'score': 0.16256563365459442,
   'token': 14,
   'token_str': 'D'},
  {'sequence': 'M E L D E L',
   'score': 0.09741301834583282,
   'token': 5,
   'token_str': 'L'},
  {'sequence': 'M E V D E L',
   'score': 0.0547335110604763,
   'token': 8,
   'token_str': 'V'},
  {'sequence': 'M E I D E L',
   'score': 0.05262178182601929,
   'token': 11,
   'token_str': 'I'},
  {'sequence': 'M E S D E L',
   'score': 0.04809831455349922,
   'token': 10,
   'token_str': 'S'},
  {'sequence': 'M E G D E L',
   'score': 0.044654298573732376,
   'token': 7,
   'token_str': 'G'},
  {'sequence': 'M E A D E L',
   'score': 0.04355783760547638,
   'token': 6,
   'token_str': 'A'},
  {'sequence': 'M E N D E L',
   'score': 0.04198392480611801,
   'token': 17,
   'token_str': 'N'},
  {'sequence': 'M E M D E L',
   'score': 0.041477616876363754,
   'token': 21,
   'token_str': 'M'},
  {'sequence': 'M E K D E L',
   'score': 0.03501797094941139,
   'token': 12,
   'token_str': 'K'},
  {'sequence': 'M E F D E L',
   'score': 0.03377687186002731,
   'token': 19,
   'token_str': 'F'},
  {'sequence': 'M E T D E L',
   'score': 0.030298525467514992,
   'token': 15,
   'token_str': 'T'},
  {'sequence': 'M E R D E L',
   'score': 0.029428450390696526,
   'token': 13,
   'token_str': 'R'},
  {'sequence': 'M E Q D E L',
   'score': 0.025511162355542183,
   'token': 18,
   'token_str': 'Q'},
  {'sequence': 'M E Y D E L',
   'score': 0.024920152500271797,
   'token': 20,
   'token_str': 'Y'},
  {'sequence': 'M E P D E L',
   'score': 0.019988832995295525,
   'token': 16,
   'token_str': 'P'},
  {'sequence': 'M E H D E L',
   'score': 0.012353409081697464,
   'token': 22,
   'token_str': 'H'},
  {'sequence': 'M E C D E L',
   'score': 0.009683980606496334,
   'token': 23,
   'token_str': 'C'},
  {'sequence': 'M E W D E L',
   'score': 0.0074284737929701805,
   'token': 24,
   'token_str': 'W'},
  {'sequence': 'M E X D E L',
   'score': 0.00015013833763077855,
   'token': 25,
   'token_str': 'X'},
  {'sequence': 'M E D E L',
   'score': 1.6619389198169188e-10,
   'token': 3,
   'token_str': '[ S E P ]'},
  {'sequence': 'M E B D E L',
   'score': 1.3698038536791302e-10,
   'token': 27,
   'token_str': 'B'},
  {'sequence': 'M E Z D E L',
   'score': 1.168956598185389e-10,
   'token': 28,
   'token_str': 'Z'},
  {'sequence': 'M E D E L',
   'score': 1.0862983429449358e-10,
   'token': 1,
   'token_str': '[ U N K ]'},
  {'sequence': 'M E D E L',
   'score': 1.0585952253672204e-10,
   'token': 0,
   'token_str': '[ P A D ]'},
  {'sequence': 'M E D E L',
   'score': 1.0177149400991681e-10,
   'token': 2,
   'token_str': '[ C L S ]'},
  {'sequence': 'M E O D E L',
   'score': 9.655934385399689e-11,
   'token': 29,
   'token_str': 'O'},
  {'sequence': 'M E U D E L',
   'score': 9.435673770097353e-11,
   'token': 26,
   'token_str': 'U'},
  {'sequence': 'M E D E L',
   'score': 2.4889090788349222e-11,
   'token': 4,
   'token_str': '[ M A S K ]'}],
 [{'sequence': 'M E N L E L',
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