def main():
login(load_account_data())
mode = int(input("Select a mode (1 - Data test | 2 - Post): "))
if mode == 1:
data = pre_frame_all_tweets()
tweet_frame = pd.DataFrame(data)
print(tweet_frame.head(15))
elif mode == 2:
topic = input("What would you like to post about?: ")
pubmed = PubMed(tool=str(os.getenv("APP_NAME")), email=str(os.getenv("APP_EMAIL")))
results = pubmed.query(topic, max_results=100)
for article in results:
articles.append(article)
for count in range(0, 5):
chosen_article = articles[random.randrange(0, len(articles))]
if chosen_article not in selected_articles:
selected_articles.append(chosen_article)
for art in selected_articles:
tweet = build_tweet(art)
send_tweets(tweet)
else:
print("Invalid input! Use 1 or 2!")
if input("Run again? (Y/N): ").capitalize() == "Y":
main()
else:
print("Exiting!")
def get_abstract_from_pubmed(query):
# Create a PubMed object that GraphQL can use to query
# Note that the parameters are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
pubmed = PubMed(tool="MyTool", email="*****@*****.**")
# Execute the query against the API
time.sleep(0.1)
results = pubmed.query(query, max_results=500)
time.sleep(0.1)
# Loop over the retrieved articles
for article in results:
#this is to avoid some errors (too much request)
time.sleep(0.2)
# Extract and format information from the article
article_id = article.pubmed_id
title = article.title
if article.keywords:
if None in article.keywords:
article.keywords.remove(None)
keywords = '", "'.join(article.keywords)
publication_date = article.publication_date
abstract = article.abstract
# # make a file for the next step
result_of_search = (
f'{article_id} - {publication_date} - {title}\n \n{abstract}\n')
return (result_of_search)
def pubmed(title_keywords, n=500, docs=False):
'''Get articles with meta-data from PubMed
pubs = pubmed_query('nutrition')
title_keywords : str
The string to be searched for in the title of the
articles.
n : int
Number of articles to return.
docs : bool
Instead of dataframe with multiple columns,
just return abstracts as a list of lists.
'''
from pymed import PubMed
import json
import pandas as pd
out = []
pubmed = PubMed(tool="literview", email="*****@*****.**")
query = title_keywords + "[Title]"
results = pubmed.query(query, max_results=n)
for article in results:
out.append(article.toJSON())
out2 = []
for i in range(len(out)):
j = json.loads(out[i])
try:
journal = j['journal']
except:
journal = ''
try:
keywords = j['keywords']
except:
keywords = []
out2.append([
j['title'], journal, j['publication_date'], keywords, j['abstract']
])
out = pd.DataFrame(out2)
out.columns = [
'title', 'journal', 'publication_date', 'keywords', 'abstract'
]
if docs:
out = [[doc] for doc in out.abstract.values]
return out
def querysave(search_term, max_records, save_json, inputfile):
if inputfile == 1:
with open("input.txt", "r") as f:
para = ast.literal_eval(f.read())
search_term = para['search_term']
max_records = para['max_records']
save_json = para['save_json']
with mlflow.start_run() as mlrun:
pubmed = PubMed(tool="AlphabetH", email="*****@*****.**")
query = search_term
results = pubmed.query(query, max_results=max_records)
pp = defaultdict(lambda: defaultdict(dict))
for art in results:
pmed = art.pubmed_id
try:
pp[pmed]['title'] = art.title
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = art.abstract
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.conclusions
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.methods
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.results
except (AttributeError, TypeError):
pass
try:
pp[pmed]['keywords'] = art.keywords
except (AttributeError, TypeError):
pass
try:
pp[pmed]['authors'] = art.authors
except (AttributeError, TypeError):
pass
try:
pp[pmed]['journal'] = art.journal
except (AttributeError, TypeError):
pass
try:
pp[pmed]['pubdate'] = str(art.publication_date.year)
except (AttributeError, TypeError):
pass
try:
pp[pmed]['conclusions'] = art.conclusions
except (AttributeError, TypeError):
pass
with open(save_json, 'w') as fp:
json.dump(pp, fp)
def PubMedQuery(Inputfile, Outputfile, AdditionalKeyWords, verbose = False):
'''
parameters
---------------
Inputfile: str, input file, like './input.txt';
Outputfile: str, output file, like './test.xlsx'
AdditionalKeyWords: str, keywords, like ' "pharmacy chemistry biology" '
'''
with open(Inputfile, 'r') as f:
drugs = f.readlines()
drugs = [i.strip() for i in drugs]
pubmed = PubMed(tool="Query-Pubmed-Toolbox", email="*****@*****.**")
al = []
with tqdm(total = len(drugs), ascii=True) as pbar:
while drugs:
time.sleep(0.5)
drug = drugs[0]
try:
results = pubmed.query(drug + ' '+ smart_strip(AdditionalKeyWords), max_results=5)
results = list(results)
if results:
for res in results:
D = res.toDict()
if type(D.get('pubmed_id')) == str:
pubmedid = ';'.join([smart_strip(i) for i in D.get('pubmed_id').split('\n')])
else:
pubmedid = None
mydict = {'drug':drug,
'pubmid':pubmedid,
'title':smart_strip(D.get('title')),
'journal': smart_strip(D.get('journal')),
'abstract':smart_strip(D.get('abstract')),
'doi':D.get('doi'),
'year': D.get('publication_date')}
al.append(mydict)
else:
logging.warning('not found for %s' % drug + ' '+ AdditionalKeyWords)
al.append({'drug':drug})
drugs.pop(0)
pbar.update(1)
if verbose:
pbar.write('Query: %s' % (drug + ' '+ smart_strip(AdditionalKeyWords)))
except: pass
df = pd.DataFrame(al)
if '.xlsx' not in Outputfile:
Outputfile = Outputfile + '.xlsx'
sdf = df.style.apply(hightlight_null, axis=1)
sdf.to_excel(Outputfile)
df.to_pickle('.temp.pkl')
def query_pubmed(search_term, max_results=5000):
''' Uses pymed API to query PubMed database. '''
pubmed = PubMed(tool='MyTool', email='')
results = pubmed.query(search_term, max_results=max_results)
article_list = []
for article in results:
article_dict = article.toDict()
article_list.append(article_dict)
return article_list
def buildQuery(self):
# Build Object and send some info to PubMed by their request
# Note that the parameters below are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
self.pubmed = PubMed(tool=self.tool, email=self.email)
# * Create query to feed into Pubmed
self.query = ""
# First author
if self.author1 is not None:
if '#' in str(self.author1):
self.author1 = str(self.author1).replace('#', ' ')
self.query = self.query + str(self.author1)[2:-2] + ' [1au] AND '
# Authors
if self.authors is not None:
for author in self.authors.split(' '):
if '#' in author:
author = author.replace('#', ' ')
self.query = self.query + author + ' [auth] AND '
# Title
if self.title is not None:
for tword in self.title:
self.query = self.query + tword + ' [ti] AND '
# Terms
if self.terms is not None:
for item in self.terms.split(' '):
self.query = self.query + item + ' AND '
# User query
if self.userquery is not None:
userquery = str(self.userquery)[2:-2]
self.query = self.query + userquery + ' AND '
# Calculate what the start date is for articles to be included based on user settings
if self.psLast is not None:
# Only include articles published in the last <x> years
self.dYa = datetime.now() - relativedelta(years=int(self.psLast))
self.dayYearsAgo = str(self.dYa).split(' ')[0].replace('-', '/')
self.dYaQuery = '(' + self.dayYearsAgo + '[Date - Create] : "3000"[Date - Create])'
else:
self.dYaQuery = '("' + self.psYear + '/01/01"[Date - Create] : "3000"[Date - Create])'
self.query = self.query + self.dYaQuery
# Announce created query for verification:
print(f'''
This is your query:
{self.query}
''')
def main():
# Setup output folder
output_folder = Path.cwd().parent.parent / 'corpus' / 'pubmed' / 'json'
if Path.exists(output_folder):
shutil.rmtree(output_folder)
Path.mkdir(output_folder)
# Create a PubMed object that GraphQL can use to query
pubmed = PubMed(tool="DavidCampos", email="*****@*****.**")
# Create a GraphQL query in plain text
query = "(\"2000\"[Date - Publication] : \"3000\"[Date - Publication]) AND " \
"((COVID-19) OR (Coronavirus) OR (Corona virus) OR (2019-nCoV) OR " \
"(SARS-CoV) OR (MERS-CoV) OR (Severe Acute Respiratory Syndrome) OR " \
"(Middle East Respiratory Syndrome) OR " \
"(2019 novel coronavirus disease[MeSH Terms]) OR (2019 novel coronavirus infection[MeSH Terms]) OR " \
"(2019-nCoV disease[MeSH Terms]) OR (2019-nCoV infection[MeSH Terms]) OR " \
"(coronavirus disease 2019[MeSH Terms]) OR (coronavirus disease-19[MeSH Terms]))"
# Execute the query against the API
results = pubmed.query(query, max_results=1000000)
# Loop over the retrieved articles
counter = 0
for article in results:
# Discard if abstract empty
if article.abstract is None or article.abstract == "":
continue
# Get PubmedID
pubmed_id = article.pubmed_id
if '\n' in pubmed_id:
rest = pubmed_id.split('\n', 1)
pubmed_id = rest[0]
article.pubmed_id = pubmed_id
# Get article as dict
article_dict = article.toDict()
# Write article to JSON
with open(output_folder / (pubmed_id + ".json"), 'w') as outfile:
json.dump(article_dict, outfile, default=date_converter)
counter += 1
print(counter)
def get_corpus(output_dir='.'):
assert os.path.exists(output_dir)
pmed = PubMed()
results = pmed.query('glycan', max_results=100000)
results = filter(_is_relevant, results)
ids = map(attrgetter('pubmed_id'), results)
abstracts = map(attrgetter('abstract'), results)
del results
results = dict(zip(ids, abstracts))
print('Fetched {} results'.format(len(results)))
print('Writing .json file')
with open(os.path.join(output_dir, 'glyco_corpus.json'), 'w+') as outfile:
json.dump(results, outfile)
print('Tokenizing sentences')
results_txt = map(sent_tokenize, results.values())
results_txt = reduce(operator.concat, results_txt)
results_txt = reduce(_join_lines, results_txt)
print('Writing .txt file')
with open(os.path.join(output_dir, 'glyco_corpus.txt'), 'w+') as outfile:
outfile.write(results_txt)
#Pubmed search for articles on HIV in African American women
import numpy as np
import pandas as pd
import pymed
from pymed import PubMed
pubmed = PubMed(tool="PubMedSearcher", email="*****@*****.**")
search_term = "HIV Viral Load African American" #place search terms in quotes
results = pubmed.query(search_term, max_results=500)
articleList = []
articleInfo = []
for article in results:
# Print the object type
# Convert to dictionary
articleDict = article.toDict()
articleList.append(articleDict)
# Create a dict list of articles from PUBMED API
for article in articleList:
pubmedId = article['pubmed_id'].partition('\n')[0]
# Append article info to dictionary with fields you wish to collect
articleInfo.append({
u'pubmed_id': pubmedId,
u'title': article['title'],
u'keywords': article['keywords'],
u'journal': article['journal'],
u'abstract': article['abstract'],
# u'conclusions':article['conclusions'],
# u'methods':article['methods'],
import pandas as pd
#the pymed library is used to query the PubMed database and acquire article info
from pymed import PubMed
pubmed = PubMed(tool="PubMedRetriever", email="*****@*****.**")
#enter search term here, this acquires all the articles that appear when you search for the term in pubmed
search_term = "covid-19"
#enter the max number of results
search_results = pubmed.query(search_term, max_results=100000)
#create the lists that are used to save acquired data
article_list = []
article_details = []
abstracts = []
qualitydata = []
#create the identifiers that are used to identify and seperate the fields of interest
startdoi = "|start_doi|"
enddoi = "|end_doi|"
startpubmedid = "|start_pid|"
endpubmedid = "|end_pid|"
startpdate = "|start_pd|"
endpdate = "|end_pd|"
#go through all the articles that are retrieved by using the search term from pymed and save the information
for article in search_results:
# Convert each retrieved article to a dictionary
article_dictionary = article.toDict()
article_list.append(article_dictionary)
# Generate list of dictionary records which will hold all article details that could be fetched from PUBMED API
for article in article_list:
#get article pubmed ID
def mainpipe(inputfile, search_term, max_records, json_out, embvec, embvecache,
val_ratio, rnnsize, batchsize, lr, weight_decay, n_epochs,
model_save, es):
if inputfile == 1:
with open("input.txt", "r") as f:
para = ast.literal_eval(f.read())
search_term = para['search_term']
max_records = para['max_records']
embvec = para['embvec']
embvecache = para['embvecache']
val_ratio = para['val_ratio']
rnnsize = para['rnnsize']
batchsize = para['batchsize']
lr = para['lr']
weight_decay = para['weight_decay']
n_epochs = para['n_epochs']
model_save = para['model_save']
if embvec == 1:
embvec = torchtext.vocab.GloVe(name='840B', dim=300, cache=embvecache)
use_pretrained = True
with mlflow.start_run() as mlrun:
pubmed = PubMed(tool="AlphabetH", email="*****@*****.**")
query = search_term
results = pubmed.query(query, max_results=max_records)
pp = defaultdict(lambda: defaultdict(dict))
for art in results:
pmed = art.pubmed_id
try:
pp[pmed]['title'] = art.title
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = art.abstract
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.conclusions
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.methods
except (AttributeError, TypeError):
pass
try:
pp[pmed]['abstract'] = pp[pmed]['abstract'] + art.results
except (AttributeError, TypeError):
pass
try:
pp[pmed]['keywords'] = art.keywords
except (AttributeError, TypeError):
pass
try:
pp[pmed]['authors'] = art.authors
except (AttributeError, TypeError):
pass
try:
pp[pmed]['journal'] = art.journal
except (AttributeError, TypeError):
pass
try:
pp[pmed]['pubdate'] = str(art.publication_date.year)
except (AttributeError, TypeError):
pass
try:
pp[pmed]['conclusions'] = art.conclusions
except (AttributeError, TypeError):
pass
print(subprocess.getoutput("python -m spacy download en_core_web_sm"))
artpd = pd.DataFrame.from_dict(pp, orient='index')
artpda = artpd[artpd.abstract.notnull()].copy()
artpda = artpda[artpd.title.notnull()]
# artpda.index = pd.Series(artpda.index).apply(lambda x: x[0:8])
artpdak = artpda[artpda.keywords.str.len() > 0].copy()
dataf = pd.DataFrame(
index=artpdak.index,
columns=['SRC', 'TRG', 'keywords', 'Extracted', 'abskey'])
dataf.loc[:, 'SRC'] = artpdak.title + ' ' + artpdak.abstract
dataf.loc[:, 'keywords'] = artpdak.keywords
svoc = spacy.load("en_core_web_sm")
matcher = PhraseMatcher(svoc.vocab, attr="LOWER")
for pmid in dataf.index:
t0 = dataf.loc[pmid]
patterns = [svoc.make_doc(str(name)) for name in t0.keywords]
matcher.add("Names", None, *patterns)
doc = svoc(t0.SRC)
t1 = ['O'] * (len(doc))
matched = []
matn = 0
for _, start, end in matcher(doc):
t1[start] = 'B'
t1[start + 1:end] = 'I' * (end - start - 1)
if str(doc[start:end]).lower() not in matched:
matn = matn + 1
matched.append(str(doc[start:end]).lower())
abskw = []
for x in t0.keywords:
if x.lower() not in matched:
abskw.append(x)
dataf.loc[pmid, 'TRG'] = ' '.join([t for t in t1])
dataf.loc[pmid, 'Extracted'] = matn
dataf.loc[pmid, 'abskey'] = abskw
matcher.remove("Names")
datatrain = dataf[dataf['Extracted'] >= 3].copy()
datatest = dataf[dataf['Extracted'] < 3].copy()
# separate train and validate
dtrain = datatrain.loc[:, ['SRC', 'TRG']]
dtraink = datatrain.loc[:, ['SRC', 'TRG', 'keywords']]
seed = 250
idx = np.arange(datatrain.shape[0])
np.random.seed(seed)
torch.manual_seed(seed)
torch.backends.cudnn.deterministic = True
torch.backends.cudnn.benchmark = False
np.random.shuffle(idx)
val_size = int(len(idx) * val_ratio)
df_train = dtrain.iloc[idx[val_size:], :]
df_val = dtrain.iloc[idx[:val_size], :]
df_val_k = dtraink.iloc[idx[:val_size], :]
df_test = datatest.loc[:, ['SRC', 'TRG']]
dtraink = datatrain.loc[:, ['SRC', 'TRG', 'keywords']]
df_val_k = dtraink.iloc[idx[:val_size], :]
# Load original dataset
datai = artpda.copy()
datai = datai[datai.abstract.notnull()]
datai = datai[datai.title.notnull()]
datai = datai.replace('\n', ' ', regex=True)
datai = datai.replace('\t', ' ', regex=True)
dataiu = datai.loc[datai.keywords.str.len() == 0]
dataik = datai.loc[datai.keywords.str.len() > 0]
dataiu['SRC'] = dataiu.title + ' ' + dataiu.abstract
tokenizertrg = lambda x: x.split()
def tokenizersrc(text): # create a tokenizer function
return [tok.text for tok in svoc.tokenizer(text)]
def safe_value(field_val):
return field_val if not pd.isna(field_val) else "Other"
def safe_year(field_val):
return field_val if not pd.isna(field_val) else 1900
TEXT = torchtext.data.Field(init_token='<bos>',
eos_token='<eos>',
sequential=True,
lower=False)
LABEL = torchtext.data.Field(init_token='<bos>',
eos_token='<eos>',
sequential=True,
unk_token=None)
fields = [('text', TEXT), ('label', LABEL)]
device = 'cuda'
train_examples = read_data(df_train, fields, tokenizersrc,
tokenizertrg)
valid_examples = read_data(df_val, fields, tokenizersrc, tokenizertrg)
# Load the pre-trained embeddings that come with the torchtext library.
if use_pretrained:
print('We are using pre-trained word embeddings.')
TEXT.build_vocab(train_examples, vectors=embvec)
else:
print('We are training word embeddings from scratch.')
TEXT.build_vocab(train_examples, max_size=5000)
LABEL.build_vocab(train_examples)
# Create one of the models defined above.
#self.model = RNNTagger(self.TEXT, self.LABEL, emb_dim=300, rnn_size=128, update_pretrained=False)
model0 = RNNCRFTagger(TEXT,
LABEL,
rnnsize,
emb_dim=300,
update_pretrained=False)
model0.to(device)
optimizer = torch.optim.Adam(model0.parameters(),
lr=lr,
weight_decay=weight_decay)
train(train_examples, valid_examples, embvec, TEXT, LABEL, device,
model0, batchsize, optimizer, n_epochs)
out2 = evaltest2(df_val, df_val_k, model0, tokenizersrc, fields,
device)
ttp3 = kphperct(df_val_k, out2, svoc)
mlflow.log_param("epochs", n_epochs)
mlflow.pytorch.save_model(model0, model_save)
mlflow.log_metric("extraction_rate", ttp3.mean())
augout = evaltest2(dataiu, model0, tokenizersrc, fields, device)
klist = kphext2(dataiu.SRC, augout, svoc)
for i in range(len(dataiu.index)):
dataiu.iloc[i, 2].extend(list(set(klist[i])))
output = pd.concat([dataik, dataiu], join="inner")
output.to_json('/home/pding/OneDrive/kph/MSaug.json', orient='index')
if es == 1:
output['journal'] = output['journal'].apply(safe_value)
output['conclusions'] = output['conclusions'].apply(safe_value)
output['pubdate'] = output['pubdate'].apply(safe_year)
output['PMID'] = output.index
test_server = [{'host': '127.0.0.1', 'port': 9200}]
es = Elasticsearch(test_server, http_compress=True)
use_these_keys = [
'PMID', 'title', 'abstract', 'keywords', 'authors', 'pubdate'
]
def filterKeys(document):
return {key: document[key] for key in use_these_keys}
def doc_generator(df):
df_iter = df.iterrows()
for index, document in df_iter:
try:
yield {
"_index": 'ms',
"_source": filterKeys(document),
}
except StopIteration:
return
helpers.bulk(es, doc_generator(output))
print(ttp3.mean())
'root': {
'handlers': ['console'],
'level': 'INFO'
}
}
logging.config.dictConfig(LOGGING)
from pymed import PubMed
my_email = "*****@*****.**"
# Create a PubMed object that GraphQL can use to query
# Note that the parameters are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
pubmed = PubMed(tool="Protein Interaction Text Miner", email=my_email)
class Publication:
def __init__(self,
pubmed_id,
title,
publication_date,
abstract,
keywords=""):
self.pubmed_id = pubmed_id
self.url = "https://www.ncbi.nlm.nih.gov/pubmed/" + pubmed_id.split(
"\n")[0]
self.title = title
self.publication_date = publication_date
import datetime
from typing import List, Union
from pymed import PubMed
from .utils import get_query_from_keywords_and_date, get_emails
from ..utils import dump_papers
PUBMED = PubMed(tool="MyTool", email="*****@*****.**")
pubmed_field_mapper = {"publication_date": "date"}
# Authors fields needs specific processing
process_fields = {
"authors":
lambda authors: list(
map(
lambda a: str(a.get("firstname", "")) + "" + str(
a.get("lastname", "")),
authors,
)),
"date":
lambda date: (date.strftime("%Y-%m-%d")
if isinstance(date, datetime.date) else date),
}
def get_pubmed_papers(query: str,
fields: List = [
"title", "authors", "date", "abstract", "journal",
"doi"
min_year = 2010
max_year = 2020
total = []
slope = []
label = [
'Renal Pathology', 'Kidney Transplantation', 'Chronic kidney disease',
'Acute Kidney Injury', 'Renal Insufficiency', 'renal hypotension',
'Drug Discovery', 'Immunology', 'Genetic', 'Geriatric',
'Cardiovascular disease'
]
# Create a PubMed object that GraphQL can use to query
# Note that the parameters are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
pubmed = PubMed(tool="MyTool", email="*****@*****.**")
# query terms
time_ml = '((2010/1/1[Date - Publication]: 2020/12/31[Date - Publication]) AND ("Artificial General Intelligence" OR "Artificial Intelligence" OR "Autoencoder" OR "auto encoder" OR "Reinforcement learning" OR "AI Governance" OR "Augmented Intelligence" OR "Decision Intelligence" OR "neural network" OR "Data Labeling" OR "Annotation Services" OR "Edge AI" OR "Smart Robotics" OR "Quantum Computing" OR "Digital Ethics" OR "AutoML" OR "Deep Neural" OR "Deep Learning" OR "Deep Network" OR "Convolutional Neural" OR "Graph Neural" OR "Generative Adversarial" OR "Adversarial Learning" OR "Natural Language Processing" OR "Recurrent Neural" OR "Computer Vision" OR "Cognitive Computing" OR "machine learning" OR "random forest" OR "support vector" OR "regression tree" OR "regression splines" OR "artificial neural" OR "Lasso" OR "decision tree" OR "linear regression" OR "bayesian" OR "regression model" OR "regression" OR "Supervised-learning" OR "clustering" OR "Dimensionality reduction" OR "Unsupervised-learning" OR "big-data" OR "data-mining" OR "semi-supervised" OR "self-learning" OR "sparse learning" OR "dictionary learning" OR "Feature learning" OR "Anomaly detection" OR "Robot learning" OR "algorithms" OR "Federated learning" OR "linear model" OR "pattern recognition" OR "information retrieval" OR "game theory" OR "information theory" OR "swarm intelligence" OR "Markov Decision" OR "Markov Random" OR "dynamic programming" OR "multilayer perceptrons" OR "component analysis" OR "Sparse coding" OR "subspace learning" OR "matrix factorization" OR "matrix decomposition" OR "NLP algorithm" OR "K means" OR "computer vision" OR "speech recognition" OR "predictive model" OR "machine learning"))'
kidney = '(("Glomeruli"[All Fields] OR "glomerular"[All Fields] OR "glomerulus"[All Fields] OR "glomerulosclerosis"[All Fields] OR "nephropathology"[All Fields] OR "renal pathology"[All Fields] OR "kidney pathology"[All Fields] OR "renal whole slide"[All Fields] OR "kidney whole slide"[All Fields] OR "renal wholeslide"[All Fields] OR "kidney wholeslide"[All Fields] OR "renal biopsy"[All Fields] OR "kidney biopsy"[All Fields] OR "Kidney/diagnostic imaging"[MAJR] OR "Kidney Glomerulus/pathology”[MAJR] OR "Kidney Diseases/pathology"[MAJR] OR "Kidney/pathology"[MAJR] OR ("Kidney"[MeSH] AND "Biopsy"[MeSH]) OR "Renal Dialysis"[MeSH] OR "Kidney Diseases"[MeSH] OR "Nephrology"[MeSH] OR "Nephrology" OR "Nephrologists"[MeSH] OR "Kidney"[MeSH] OR "Kidney Function Tests"[MeSH] OR "Kidney Function Tests"[MeSH] OR "Kidney Transplantation"[MeSH] OR "Hypertension, Renal"[MeSH] OR "Renal Insufficiency"[MeSH] OR "renal survival" OR "Acute kidney injury" OR "kidney transplantation" OR "kidney disease" OR "CKD" OR "AKI" OR "chronic kidney disease"))'
query_Renal_Pathology = '("Glomeruli"[All Fields] OR "glomerular"[All Fields] OR "glomerulus"[All Fields] OR "glomerulosclerosis"[All Fields] OR "nephropathology"[All Fields] OR "renal pathology"[All Fields] OR "kidney pathology"[All Fields] OR "renal whole slide"[All Fields] OR "kidney whole slide"[All Fields] OR "renal wholeslide"[All Fields] OR "kidney wholeslide"[All Fields] OR "renal biopsy"[All Fields] OR "kidney biopsy"[All Fields] OR "Kidney/diagnostic imaging"[MAJR] OR "Kidney Glomerulus/pathology"[MAJR] OR "Kidney Diseases/pathology"[MAJR] OR "Kidney/pathology"[MAJR] OR ("Kidney"[MeSH] AND "Biopsy"[MeSH]))' + ' AND ' + time_ml
query_Kidney_Transplantation = '(Kidney Transplantation)' + ' AND ' + time_ml + ' AND ' + kidney
query_CKD = '("chronic kidney disease" OR "CKD")' + ' AND ' + time_ml + 'AND' + kidney
query_Acute_Kidney_Injury = '("acute kidney injury" OR "AKI")' + ' AND ' + time_ml + 'AND' + kidney
query_Renal_Insufficiency = '("Renal Insufficiency")' + ' AND ' + time_ml + 'AND' + kidney
query_Renal_Hypotension = '("Hypertension, Renal" OR "renal hypertension")' + ' AND ' + time_ml + 'AND' + kidney
query_Drug_Discovery = '("Drug Discovery")' + ' AND ' + kidney + ' AND ' + time_ml
query_Immunology = '("Immunology")' + ' AND ' + kidney + ' AND ' + time_ml
query_Genetic = '("Genetic")' + ' AND ' + kidney + ' AND ' + time_ml
query_Geriatric = '("Geriatric")' + ' AND ' + kidney + ' AND ' + time_ml
def _load_query_result(self):
if not self._query_result:
pubmed = PubMed(tool='Collabovid', email='*****@*****.**')
self._query_result = list(
pubmed.query(query=self._PUBMED_SEARCH_QUERY,
max_results=30000))
from pymed import PubMed
import json
email=input("Please enter your email:")
user_input=input("I want to search for...")
pubmed = PubMed(tool="MyTool", email=email)
results = pubmed.query(user_input, max_results=5)
results_list = []
output = []
for article in results:
results_as_dict = article.toDict()
results_list.append(results_as_dict)
for article in results_list:
pubmed_id = article['pubmed_id'].partition('\n')[0]
output.append({u'pubmed_id':pubmed_id,
u'title':article['title'],
u'abstract':article['abstract']})
with open('output_results.json', 'w') as outfile:
json.dump(output, outfile, indent=4)
class query(object):
# * Store Flags
def __init__(self):
# Positional Arguments
self.oFile = args.oFile
# Flags for information requested by Pubmed API
self.email = args.email
self.tool = args.tool
# All other flags used to build the query
self.author1 = args.author1
self.authors = args.authors
self.title = args.title
self.terms = args.terms
self.userquery = args.userquery
self.psYear = args.pubSinceYear
self.psLast = args.pubSinceLast
self.maxResults = args.maxResults
# * Build Object
# Create a PubMed object that GraphQL can use to query
def buildQuery(self):
# Build Object and send some info to PubMed by their request
# Note that the parameters below are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
self.pubmed = PubMed(tool=self.tool, email=self.email)
# * Create query to feed into Pubmed
self.query = ""
# First author
if self.author1 is not None:
if '#' in str(self.author1):
self.author1 = str(self.author1).replace('#', ' ')
self.query = self.query + str(self.author1)[2:-2] + ' [1au] AND '
# Authors
if self.authors is not None:
for author in self.authors.split(' '):
if '#' in author:
author = author.replace('#', ' ')
self.query = self.query + author + ' [auth] AND '
# Title
if self.title is not None:
for tword in self.title:
self.query = self.query + tword + ' [ti] AND '
# Terms
if self.terms is not None:
for item in self.terms.split(' '):
self.query = self.query + item + ' AND '
# User query
if self.userquery is not None:
userquery = str(self.userquery)[2:-2]
self.query = self.query + userquery + ' AND '
# Calculate what the start date is for articles to be included based on user settings
if self.psLast is not None:
# Only include articles published in the last <x> years
self.dYa = datetime.now() - relativedelta(years=int(self.psLast))
self.dayYearsAgo = str(self.dYa).split(' ')[0].replace('-', '/')
self.dYaQuery = '(' + self.dayYearsAgo + '[Date - Create] : "3000"[Date - Create])'
else:
self.dYaQuery = '("' + self.psYear + '/01/01"[Date - Create] : "3000"[Date - Create])'
self.query = self.query + self.dYaQuery
# Announce created query for verification:
print(f'''
This is your query:
{self.query}
''')
def runQuery(self):
# Execute the query against the API
self.results = self.pubmed.query(self.query,
max_results=int(self.maxResults) + 1)
# Make dictionary to store data
self.output = {}
# Loop over the retrieved articles
self.nResults = 0
for result in self.results:
self.nResults = self.nResults + 1
# Check if there are more than <n> results
if self.nResults > int(self.maxResults):
# Show warning
print('More than ' + str(self.maxResults) + ' results found')
elif self.nResults == 0:
# Show warning
print('No results found')
else:
# Print number of results
print(str(self.nResults) + ' result(s) obtained.')
# Loop over the retrieved articles
self.results = self.pubmed.query(self.query,
max_results=int(self.maxResults))
for article in self.results:
# Extract and format information from the article
article_id = article.pubmed_id.split()[0]
title = article.title
authors = article.authors
# if article.keywords:
# if None in article.keywords:
# article.keywords.remove(None)
# keywords = '", "'.join(article.keywords)
publication_date = article.publication_date
abstract = article.abstract
if hasattr(article, 'journal'):
journal = article.journal
else:
journal = 'NA'
# Reshape author list
authorString = ''
for author in authors:
last = author['lastname']
first = author['firstname']
if last is None:
last = 'NA'
if first is None:
first = 'NA'
authorString = authorString + ' ' + last + ', ' + first + ';'
# Add results to the dictionary
self.output[article_id] = [
article_id, title, authorString, journal, publication_date,
abstract
]
# Put data in a dataframe after extraction
self.DF = pd.DataFrame.from_dict(self.output)
self.DF = self.DF.T
self.DF = self.DF.reset_index(drop=True) # Remove row names
self.DF.columns = [
"PMID", "Title", "Authors", "Journal", "PubDate", "Abstract"
]
# Save to Excel
self.writer = pd.ExcelWriter(self.oFile, engine='xlsxwriter')
self.DF.to_excel(self.writer, sheet_name='PMquery', index=False)
self.workbook = self.writer.book
self.worksheet = self.writer.sheets['PMquery']
# Formatting
self.format = self.workbook.add_format({
'text_wrap': True,
'align': 'top'
})
self.worksheet.set_column('A:A', 9, self.format)
self.worksheet.set_column('B:C', 22, self.format)
self.worksheet.set_column('D:E', 11, self.format)
self.worksheet.set_column('F:F', 58, self.format)
self.writer.save()
# If there is only one result, also return information to the shell
if self.nResults == 1:
#print(json.dumps(self.output.items, indent = 4))
#print(self.output.items())
key = list(self.output.keys())[0]
print('\n ----------------------------------\n', 'PMID: ',
self.output[key][0], '\n', 'Title: ',
self.output[key][1], '\n', 'Authors: ',
self.output[key][2], '\n', 'Journal: ',
self.output[key][3], '\n', 'Published: ',
self.output[key][4], '\n',
'----------------------------------\n')
def get_pubmed_data(self,
query,
searched_zipcode,
date,
maximum_number_of_value=3):
csv_data = {
"affiliation": [],
"number_of_authors": [],
"authors_name": [],
"authors_institute": [],
"authors_address": [],
"authors_zipcode": [],
"paper_title": [],
"publication_date": [],
"journal": []
}
pubmed = PubMed(tool="MyTool", email="*****@*****.**")
parser = Parser()
results = pubmed.query(query, max_results=maximum_number_of_value)
is_queried_by_zipcode = searched_zipcode.isdecimal()
if is_queried_by_zipcode:
searched_zipcode = int(searched_zipcode)
for article in results:
jsonData = json.loads(article.toJSON())
authors_list = jsonData['authors']
authors_name = ""
authors_institute = ""
authors_affiliation = ""
authors_address = ""
authors_zipcode = ""
num_authors = len(authors_list) or 0
counted_matched = 0
if is_queried_by_zipcode:
counted_matched = self.has_match_zipcode_of_authprs(
authors_list, searched_zipcode)
if (not is_queried_by_zipcode) or (is_queried_by_zipcode
and counted_matched > 0):
for index in range(0, num_authors):
affiliation = authors_list[index][
"affiliation"] or "<NOT_AVAILABLE>"
zipcode = str(self.get_address_with_zipcode(affiliation))
# print(type(zipcode))
# print(zipcode)
author_name = authors_list[index][
'firstname'] + " " + authors_list[index][
"lastname"] or "<NOT_AVAILABLE>"
author_institute = ""
author_institute += self.get_organization(
affiliation=affiliation) + " "
authors_affiliation += affiliation
authors_name += author_name
authors_institute += author_institute
authors_address += str(parser.parse(affiliation))
authors_zipcode += zipcode
if num_authors != index + 1:
authors_name += "||"
authors_institute += "||"
authors_affiliation += "||"
authors_address += "||"
authors_zipcode += "||"
else:
break
paper_title = jsonData['title'] or "<NOT_AVAILABLE>"
publication_date = jsonData['publication_date'] or "<NOT_AVAILABLE>"
journal = jsonData['journal'] or "<NOT_AVAILABLE>"
if self.is_us:
if not is_queried_by_zipcode or (is_queried_by_zipcode
and counted_matched > 0):
csv_data["authors_name"].append(authors_name)
csv_data["affiliation"].append(authors_affiliation)
csv_data["authors_institute"].append(authors_institute)
csv_data["paper_title"].append(paper_title)
csv_data["publication_date"].append(publication_date)
csv_data["journal"].append(journal)
csv_data["authors_address"].append(authors_address)
csv_data["number_of_authors"].append(num_authors)
csv_data["authors_zipcode"].append(authors_zipcode)
self.is_us = False
# if not is_queried_by_zipcode or (is_queried_by_zipcode and counted_matched > 0):
#
# df = pd.DataFrame(csv_data)
# # print(df.head())
# df.to_csv("PubMedData_from.csv", index=False)
print("Size of csv ", len(csv_data["paper_title"]))
if len(csv_data["paper_title"]) > 0:
df = pd.DataFrame(csv_data)
print(df.head())
datetimeobject = datetime.datetime.strptime(date, '%Y/%m/%d')
csv_file_name = "PubMedData_From_" + datetimeobject.strftime(
'%Y_%m_%d') + ".csv"
print(csv_file_name)
df.to_csv(csv_file_name, index=False)
if current_link is not None and "/chembldb/" in current_link:
common_names.append(common_name)
chembl_links.append(current_link)
chembl_names.append(d.string)
for i in chembl_names:
print(i)
for j in chembl_links:
print(j)
for k in common_names:
print(k)
pubmed = PubMed(tool="PubMedSearcher", email="*****@*****.**")
# Final drug lists: only those found to have relevant publications on PubMed make the final dataset
# so final drugs must have: chemblID + pubmed results
final_drug_common_names = set()
final_drug_chembl_names = set()
final_drug_chembl_links = set()
#test1 = []
#test2 = []
# Loop through drug names
for i, name in enumerate(common_names, 0):
# Create a GraphQL query in plain text
query = '\"alzheimers\"' + "+" + '\"' + name + '\"'
from pymed import PubMed
from os import path
pubmed = PubMed(tool="paperList", email="*****@*****.**")
query = 'Correia BE[author]'
publications = pubmed.query(query, max_results=500)
## Defining functions
def get_filename(article):
words = '-'.join(article.title.split(' ')[:3])
date = '-'.join([
str(article.publication_date.year),
str(article.publication_date.month),
str(article.publication_date.day)
])
title = '-'.join([date, words]) + '.md'
return (title)
def get_authors(article):
author_list = []
for author in article.authors:
name = author['lastname'] + ' ' + author['initials']
author_list.append(name)
authors = ', '.join(author_list)
return (authors, author_list[0])
def perform_query(keywords, amount):
database = PubMed(tool="Vigor", email="*****@*****.**")
query = keywords
database_results = database.query(query, max_results=amount)
return database_results
# I used the following links as references:
# https://stackoverflow.com/questions/57053378/
# https://www.kaggle.com/summerkrankin/pubmed-download-als
import pandas as pd
from pymed import PubMed
import time
# User inputs:
query = input("Provide a query for PubMed (can include field tags): ")
my_email = input("Provide your e-mail address (optional): ")
max_results = input("Maximum number of results: ")
# Consult PubMed:
pubmed = PubMed(tool="PubMedSearcher", email = my_email)
results = pubmed.query(query, max_results = int(max_results))
# Create an empty Dataframe with just the column names:
articles_df = pd.DataFrame(columns = ['PMID',
'Publication_date',
'Title',
'Authors',
'Journal',
'DOI',
'Keywords',
'Abstract'])
# Now, for each article, fill the dataframe with the info collected:
for article in results:
import requests
import json
import pprint
import pandas as pd
import numpy as np
import xmltodict
from xml.etree import ElementTree
from pymed import PubMed
from Bio import Entrez
import plotly
import plotly.graph_objects as go
import plotly.express as px
from datetime import datetime
# https://stackoverflow.com/questions/57053378/query-pubmed-with-python-how-to-get-all-article-details-from-query-to-pandas-d
pubmed = PubMed(tool="PubMedSearcher", email="*****@*****.**")
results = pubmed.query(
"nhsx[affiliation]",
max_results=500) # number might need to be updated in future, for now low
articleList = []
articleInfo = []
for article in results:
# Print the type of object we've found (can be either PubMedBookArticle or PubMedArticle).
articleDict = article.toDict() # convert to dictionary
articleList.append(articleDict)
# Generate list of dict records which will hold all article details that could be fetch from PUBMED API
for article in articleList:
# Sometimes article['pubmed_id'] contains list separated with comma - take first pubmedId in that list - thats article pubmedId
pubmedId = article["pubmed_id"].partition("\n")[0] # keep only pubmed id
from pymed import PubMed
# Create a PubMed object that GraphQL can use to query
# Note that the parameters are not required but kindly requested by PubMed Central
# https://www.ncbi.nlm.nih.gov/pmc/tools/developers/
pubmed = PubMed(tool="MyTool", email="*****@*****.**")
# Create a GraphQL query in plain text
query = '(("2018/05/01"[Date - Create] : "3000"[Date - Create])) AND (Xiaoying Xian[Author] OR diabetes)'
# Execute the query against the API
results = pubmed.query(query, max_results=500)
# Loop over the retrieved articles
for article in results:
# Extract and format information from the article
article_id = article.article_id
title = article.title
if article.keywords:
if None in article.keywords:
article.keywords.remove(None)
keywords = '", "'.join(article.keywords)
publication_date = article.publication_date
abstract = article.abstract
# Show information about the article
print(
f'{article_id} - {publication_date} - {title}\nKeywords: "{keywords}"\n{abstract}\n'
)
#/usr/bin/python
from pymed import PubMed
from pprint import pprint as pp
import lxml.etree as etree
from bs4 import BeautifulSoup
# Query Help
#
# https://pubmed.ncbi.nlm.nih.gov/advanced/
#
pubmed = PubMed(tool="Acadex", email="*****@*****.**")
query = '(David Adlam[Author])'
results = pubmed.query(query, max_results=1)
print('Hello')
for r in results:
# bs = BeautifulSoup(r.xml, 'xml')
# print(bs.prettify())
# pp(etree.tostring(r.xml.getroot(), pretty_print=True))
# pp(r.toDict())
pass
from pymed import PubMed
import pandas as pd
import datetime
import time
import json
pubmed = PubMed(tool="toolname", email="your email")
# Timer
start_time = time.time()
industryList = [] # Array of companys
for comp in industryList:
comp_time = time.time()
articleList = []
articleInfo = []
query = f"your test query here with {comp}, same as how pubmed takes the queries"
results = pubmed.query(query, max_results=999999)
for article in results:
articleDict = article.toDict()
articleList.append(articleDict)
for article in articleList:
articleInfo.append({'pubmed_id': article['pubmed_id'],
'title': article['title'],
'keywords': article['keywords'],
'mesh': article['mesh'],
'journal': article['journal'],
'abstract': article['abstract'],
'conclusions': article['conclusions'],
'methods': article['methods'],
from pymed import PubMed
import json
pubmed = PubMed(tool="PubmedToolkit", email="*****@*****.**")
start = '2013/01/01'
end = '2017/01/01'
query = '(("english"[Language]) AND "case reports"[Publication Type]) ' \
+ f'AND ("{start}"[Date - Publication] : "{end}"[Date - Publication]) ' \
+ 'AND ("humans"[MeSH Terms]) AND ("Case Reports"[ptyp]) AND ("English"[lang]) ' \
+ 'AND ("pubmed pmc local"[sb]))'
results = pubmed.query(query, max_results=5000)
count = 0
def save(force=False, every=100):
global count
if not force:
count += 1
if count >= every:
count = 0
else:
return
print('Save data, fetched', len(data))
with open('data.json', 'w') as f:
json.dump(data, f)
data = []
for article in results:
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
This file is to query and download data from PubMed
@author: Wei Zhao @ Metis, 02/12/2021
"""
#%%
from pymed import PubMed
from util import save_as_pickle
from collections import defaultdict
#%%
pubmed = PubMed(tool="MyTool", email="")
query = [
'((traumatic brain injury) ' + 'OR (concussion) ' +
'OR (brain biomechanics)) ' +
'AND ("1991/01/01"[Date - Create] : "3000"[Date - Create])' +
'AND (english[Language])'
]
results = pubmed.query(query, max_results=12000000)
#%%
def download_data(results):
"""
Download the data
"""
# Loop over the retrieved articles
data_dict = defaultdict(list)
c = 0
# UrlInventorBuild,UrlIPCRBuild#, cmap_discretize
#import pickle
#from urllib.parse import urlparse
#
# =============================================================================
# Paramétrage
# =============================================================================
# Pour IPCCat
SeuilScorePrediction = 600 # les IPC de la catégorisation par l'API dont
# le score est > SeuilScorePrediction sont retenus. ¶00 c'est bien
# put your credential from epo client in this file...
# chargement clés de client, utilisé pour récupérer l'abstract du brevet du gugusse retrouvé
pubmed = PubMed(tool="P2N-Acad", email="*****@*****.**")
PotentielAuteurs = list()
configFile = LoadConfig()
requete = configFile.requete
projectName = configFile.ndf
# La liste des structures adéquates s'appuie sur un fichier dans AcadRessources
# encodé en UTF8 avec une affiliation par ligne
#BonneAffiliation= LoadAffiliation('BonnesAffiliations.csv') #['laboratoire', 'institut', "centre de recherche", "université"] #à compléter
# Les champs nécessaires par brevet.
NeededInfo = ['label', 'date', 'inventor', 'title', 'abstract']
#Paramétrages pour sauvegarde des résultats : les répertoire sont fonction du fichier
#requete.cql
ndf = projectName
