Chemprot Relation Classification Dataset
https://github.com/yueyu1030/COSINE/tree/main/data/chemprot



# Labels

    "0": "Part of",
    "1": "Regulator",
    "2": "Upregulator",
    "3": "Downregulator",
    "4": "Agonist",
    "5": "Antagonist",
    "6": "Modulator",
    "7": "Cofactor",
    "8": "Substrate/Product",
    "9": "NOT"




# Labeling Functions


## Part of
@labeling_function()
def lf_amino_acid(x):
    return 1 if 'amino acid' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_replace(x):
    return 1 if 'replace' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_mutant(x):
    return 1 if 'mutant' in x.sentence.lower() or 'mutat' in x.sentence.lower() else ABSTAIN








## Regulator
@labeling_function()
def lf_bind(x):
    return 2 if 'bind' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_interact(x):
    return 2 if 'interact' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_affinity(x):
    return 2 if 'affinit' in x.sentence.lower() else ABSTAIN









## Upregulator
# Activator
@labeling_function()
def lf_activate(x):
    return 3 if 'activat' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_increase(x):
    return 3 if 'increas' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_induce(x):
    return 3 if 'induc' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_stimulate(x):
    return 3 if 'stimulat' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_upregulate(x):
    return 3 if 'upregulat' in x.sentence.lower() else ABSTAIN












## Downregulator
@labeling_function()
def lf_downregulate(x):
    return 4 if 'downregulat' in x.sentence.lower() or 'down-regulat' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_reduce(x):
    return 4 if 'reduc' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_inhibit(x):
    return 4 if 'inhibit' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_decrease(x):
    return 4 if 'decreas' in x.sentence.lower() else ABSTAIN











## Agonist
@labeling_function()
def lf_agonist(x):
    return 5 if ' agoni' in x.sentence.lower() or "\tagoni" in x.sentence.lower() else ABSTAIN









## Antagonist
@labeling_function()
def lf_antagonist(x):
    return 6 if 'antagon' in x.sentence.lower() else ABSTAIN









## Modulator
@labeling_function()
def lf_modulate(x):
    return 7 if 'modulat' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_allosteric(x):
    return 7 if 'allosteric' in x.sentence.lower() else ABSTAIN









## Cofactor
@labeling_function()
def lf_cofactor(x):
    return 8 if 'cofactor' in x.sentence.lower() else ABSTAIN








## Substrate/Product
@labeling_function()
def lf_substrate(x):
    return 9 if 'substrate' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_transport(x):
    return 9 if 'transport' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_catalyze(x):
    return 9 if 'catalyz' in x.sentence.lower() or 'catalys' in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_product(x):
    return 9 if "produc" in x.sentence.lower() else ABSTAIN

@labeling_function()
def lf_convert(x):
    return 9 if "conver" in x.sentence.lower() else ABSTAIN









## NOT
@labeling_function()
def lf_not(x):
    return 10 if 'not' in x.sentence.lower() else ABSTAIN