
"""
Author keyword replacements, used in activity_RezipArticle
The dict key should always be in lower case for matching purposes
"""

keywords = {}

### Plurals

keywords['<italic>var</italic> genes'] = ['<italic>var</italic> gene']
keywords['2-methyl hopanoids'] = ['2-methyl hopanoid']
keywords['aaa+ atpases'] = ['AAA+ ATPase']
keywords['abc heterodimers'] = ['ABC heterodimer']
keywords['abc transporters'] = ['ABC transporter']
keywords['ac/ds'] = ['Ac/D']
keywords['academic careers'] = ['academic career']
keywords['actin comets'] = ['actin comet']
keywords['actin dynamics'] = ['actin dynamic']
keywords['actin filaments'] = ['actin filament']
keywords['actin-binding proteins'] = ['actin-binding protein']
keywords['active torques'] = ['active torque']
keywords['activity sequences'] = ['activity sequence']
keywords['adenosine receptors'] = ['adenosine receptor']
keywords['agc kinases'] = ['AGC kinase']
keywords['aid/apobecs'] = ['AID/APOBEC']
keywords['airways'] = ['airway']
keywords['alcohol use disorders'] = ['alcohol use disorder']
keywords['ampa receptors'] = ['AMPA receptor']
keywords['amyloid oligomers'] = ['amyloid oligomer']
keywords['angiopoietin-like proteins'] = ['angiopoietin-like protein']
keywords['animal lectins'] = ['animal lectin']
keywords['animal-microbe interactions'] = ['animal-microbe interaction']
keywords['ankyrin repeats'] = ['ankyrin repeat']
keywords['ano1 channels'] = ['ANO1 channel']
keywords['antennal lobes'] = ['antennal lobe']
keywords['antibiotics'] = ['antibiotic']
keywords['anticancer drugs'] = ['anticancer drug']
keywords['antifreeze proteins'] = ['antifreeze protein']
keywords['antiviral drugs'] = ['antiviral drug']
keywords['ants'] = ['ant']
keywords['aphids'] = ['aphid']
keywords['arabidopsis relatives'] = ['Arabidopsis relative']
keywords['arf proteins'] = ['Arf protein']
keywords['arrestin-related proteins'] = ['arrestin-related protein']
keywords['arthropods'] = ['arthropod']
keywords['article-level metrics'] = ['article-level metric']
keywords['ascidians'] = ['ascidian']
keywords['assembly factors'] = ['assembly factor']
keywords['astral microtubules'] = ['astral microtubule']
keywords['astrocytes'] = ['astrocyte']
keywords['atypical memory b cells'] = ['atypical memory B cell']
keywords['az scaffold proteins'] = ['AZ scaffold protein']
keywords['bacterial autotransporters'] = ['bacterial autotransporter']
keywords['bacterial pathogens'] = ['bacterial pathogen']
keywords['bacterial surface proteins'] = ['bacterial surface protein']
keywords['bacterial toxins'] = ['bacterial toxin']
keywords['bats'] = ['bat']
keywords['bergmann glial cells'] = ['bergmann glial cell']
keywords['beta cells'] = ['beta cell']
keywords['beta-cells'] = ['beta-cell']
keywords['biochemical adaptations'] = ['biochemical adaptation']
keywords['bioinformatics'] = ['bioinformatic']
keywords['biomechanics'] = ['biomechanic']
keywords['biosensors'] = ['biosensor']
keywords['blood stem cells'] = ['blood stem cell']
keywords['bmp/wnt pathways'] = ['BMP/Wnt pathway']
keywords['boosted regression trees'] = ['boosted regression tree']
keywords['boundaries'] = ['boundary']
keywords['brassinosteroids'] = ['brassinosteroid']
keywords['burying beetles'] = ['burying beetle']
keywords['ca2+ channels'] = ['Ca2+ channel']
keywords['calcium activated chloride channels'] = ['calcium activated chloride channel']
keywords['calcium channels'] = ['calcium channel']
keywords['calcium indicators'] = ['calcium indicator']
keywords['calcium signals'] = ['calcium signal']
keywords['calcium sparklets'] = ['calcium sparklet']
keywords['calcium stores'] = ['calcium store']
keywords['calcium-activated chloride channels'] = ['calcium-activated chloride channel']
keywords['cancer genomics'] = ['cancer genomic']
keywords['cancer stem cells'] = ['cancer stem cell']
keywords['carboxysomes'] = ['carboxysome']
keywords['causative networks'] = ['causative network']
keywords['cd4+ t-cells'] = ['CD4+ T-cell']
keywords['cd8 t cells'] = ['CD8 T cell']
keywords['cell lines'] = ['cell line']
keywords['cell movements'] = ['cell movement']
keywords['cell&#8211;cell interactions'] = ['cell&#8211;cell interaction']
keywords['cell&#8211;matrix interactions'] = ['cell&#8211;matrix interaction']
keywords['cell&#8211;virus&#8211;vector interactions'] = ['cell&#8211;virus&#8211;vector interaction']
keywords['cell-dynamics'] = ['cell-dynamic']
keywords['cell-matrix interactions'] = ['cell-matrix interaction']
keywords['cellular hallmarks'] = ['cellular hallmark']
keywords['centrioles'] = ['centriole']
keywords['centromeres'] = ['centromere']
keywords['cerebellar basket cells'] = ['cerebellar basket cell']
keywords['cerebellar modules'] = ['cerebellar module']
keywords['cerebellar purkinje neurons'] = ['cerebellar Purkinje neuron']
keywords['chaperones'] = ['chaperone']
keywords['checkpoint proteins'] = ['checkpoint protein']
keywords['chemical genetics'] = ['chemical genetic']
keywords['chemical proteomics'] = ['chemical proteomic']
keywords['cholesterol&#8211;phospholipid complexes'] = ['cholesterol&#8211;phospholipid complex']
keywords['cholesterol-dependent cytolysins'] = ['cholesterol-dependent cytolysin']
keywords['cholinergic interneurons'] = ['cholinergic interneuron']
keywords['chromatin domains'] = ['chromatin domain']
keywords['chromatophores'] = ['chromatophore']
keywords['chromosomal rearrangements'] = ['chromosomal rearrangement']
keywords['chromosomes'] = ['chromosome']
keywords['ciliary ectosomes'] = ['ciliary ectosome']
keywords['circadian clocks'] = ['circadian clock']
keywords['circadian rhythms'] = ['Circadian rhythm']
keywords['circadian rhythms'] = ['circadian rhythm']
keywords['circuits'] = ['circuit']
keywords['climbing fibers'] = ['climbing fiber']
keywords['clinical trials'] = ['clinical trial']
keywords['clock genes'] = ['clock gene']
keywords['companion animals'] = ['companion animal']
keywords['competing motor programs'] = ['competing motor program']
keywords['complex traits'] = ['complex trait']
keywords['complex-trait genetics'] = ['Complex-trait genetic']
keywords['cones'] = ['cone']
keywords['conformational changes'] = ['conformational change']
keywords['connexins'] = ['connexin']
keywords['cpg islands'] = ['CpG island']
keywords['critical transitions'] = ['critical transition']
keywords['crops'] = ['crop']
keywords['crystal structures'] = ['crystal structure']
keywords['cycling transcripts'] = ['cycling transcript']
keywords['cytokines'] = ['cytokine']
keywords['data and other resources'] = ['data and other resource']
keywords['dendritic cells'] = ['Dendritic cell']
keywords['dendritic cells'] = ['dendritic cell']
keywords['dendritic sodium spikes'] = ['dendritic sodium spike']
keywords['dendritic spines'] = ['dendritic spine']
keywords['dentate granule cells'] = ['dentate granule cell']
keywords['denticles'] = ['denticle']
keywords['diffusion models'] = ['diffusion model']
keywords['direct detectors'] = ['direct detector']
keywords['direct electron detectors'] = ['Direct electron detector']
keywords['dna double-strand breaks'] = ['DNA double-strand break']
keywords['dna helicases'] = ['DNA helicase']
keywords['domains'] = ['Domain']
keywords['dopamine neurons'] = ['dopamine neuron']
keywords['dopaminergic neurons'] = ['dopaminergic neuron']
keywords['drift-diffusion models'] = ['drift-diffusion model']
keywords['driver mutations'] = ['driver mutation']
keywords['dsb inducers'] = ['DSB inducer']
keywords['dynamical systems'] = ['dynamical system']
keywords['early career researchers'] = ['early career researcher']
keywords['early zygotic genes'] = ['early zygotic gene']
keywords['ecological interactions'] = ['ecological interaction']
keywords['economic models'] = ['economic model']
keywords['effector cells'] = ['effector cell']
keywords['effector cytokines'] = ['effector cytokine']
keywords['egfr mutations'] = ['EGFR mutation']
keywords['embryonic stem cells'] = ['embryonic stem cell']
keywords['enhancers'] = ['enhancer']
keywords['enteric neurons'] = ['enteric neuron']
keywords['envelope proteins'] = ['envelope protein']
keywords['enveloped viruses'] = ['enveloped virus']
keywords['environmental drivers'] = ['environmental driver']
keywords['environmental microbial reservoirs'] = ['environmental microbial reservoir']
keywords['enzyme kinetics'] = ['enzyme kinetic']
keywords['epidemiological dynamics'] = ['epidemiological dynamic']
keywords['epigenetics'] = ['Epigenetic']
keywords['epigenetics'] = ['epigenetic']
keywords['epithelial cells'] = ['epithelial cell']
keywords['epithelial splicing regulatory proteins'] = ['epithelial splicing regulatory protein']
keywords['epithelial&#8211;mesenchymal interactions'] = ['epithelial&#8211;mesenchymal interaction']
keywords['er exit sites'] = ['ER exit site']
keywords['er-lipid droplet connections'] = ['ER-lipid droplet connection']
keywords['es cells'] = ['ES cell']
keywords['evolutionary rates'] = ['evolutionary rate']
keywords['evolutionary rules'] = ['evolutionary rule']
keywords['evolutionary transitions'] = ['evolutionary transition']
keywords['exocrine glands'] = ['exocrine gland']
keywords['experimental tool and techniques'] = ['experimental tool and technique']
keywords['fcho proteins'] = ['FCHo protein']
keywords['feronia and lorelei/llg1 as coreceptors'] = ['FERONIA and LORELEI/LLG1 as coreceptor']
keywords['filaments'] = ['filament']
keywords['financial costs'] = ['financial cost']
keywords['fitness trade-offs'] = ['fitness trade-off']
keywords['flatworms'] = ['flatworm']
keywords['fluctuations'] = ['fluctuation']
keywords['fluorescent probes'] = ['fluorescent probe']
keywords['fluorescent-protein fusions'] = ['fluorescent-protein fusion']
keywords['focal adhesions'] = ['focal adhesion']
keywords['forces'] = ['force']
keywords['g-quadruplex'] = ['G-quadruplex']
keywords['g proteins'] = ['G protein']
keywords['gaba neurons'] = ['GABA neuron']
keywords['gabab receptors'] = ['GABAB receptor']
keywords['gabaergic synapses'] = ['GABAergic synapse']
keywords['gamma delta t cells'] = ['gamma delta T cell']
keywords['gap junctions'] = ['gap junction']
keywords['gene clusters'] = ['gene cluster']
keywords['gene gains'] = ['gene gain']
keywords['gene losses'] = ['gene loss']
keywords['gene regulatory networks'] = ['gene regulatory network']
keywords['gene set enrichment analysis'] = ['gene set enrichment analysi']
keywords['genealogical trees'] = ['genealogical tree']
keywords['gene-environment interactions'] = ['gene-environment interaction']
keywords['genetic diseases'] = ['genetic disease']
keywords['genetic incompatibilities'] = ['genetic incompatibility']
keywords['genetic interactions'] = ['genetic interaction']
keywords['genetics'] = ['genetic']
keywords['genomics'] = ['genomic']
keywords['germ cells'] = ['germ cell']
keywords['germline stem cells'] = ['germline stem cell']
keywords['giant phospholipid vesicles'] = ['giant phospholipid vesicle']
keywords['girk channels'] = ['GIRK channel']
keywords['global <italic>arabidopsis</italic> wrky33 binding sites'] = ['global <italic>Arabidopsis</italic> WRKY33 binding site']
keywords['glucosinolates'] = ['glucosinolate']
keywords['glutamate transporters'] = ['glutamate transporter']
keywords['golgi cells'] = ['Golgi cell']
keywords['golgi interactions'] = ['Golgi interaction']
keywords['granule cells'] = ['granule cell']
keywords['grid cells'] = ['grid cell']
keywords['gsk3-like kinases'] = ['GSK3-like kinase']
keywords['hackathons'] = ['hackathon']
keywords['haplotypes'] = ['haplotype']
keywords['head direction cells'] = ['head direction cell']
keywords['helper t cells'] = ['helper T cell']
keywords['hematopoietic stem and progenitor cells'] = ['hematopoietic stem and progenitor cell']
keywords['hematopoietic stem cells'] = ['hematopoietic stem cell']
keywords['histone modifications'] = ['histone modification']
keywords['histone variants'] = ['histone variant']
keywords['histones'] = ['histone']
keywords['homo sapiens'] = ['homo sapien']
keywords['host&#8211;parasite interactions'] = ['Host&#8211;parasite interaction']
keywords['host-microbe interactions'] = ['host-microbe interaction']
keywords['human cells'] = ['human cell']
keywords['human genetics'] = ['Human genetic']
keywords['human psychophysics'] = ['human psychophysic']
keywords['hybrid methods'] = ['hybrid method']
keywords['hybridization barriers'] = ['hybridization barrier']
keywords['hydrogen bonds'] = ['hydrogen bond']
keywords['imaginal discs'] = ['imaginal disc']
keywords['imaging systems'] = ['imaging system']
keywords['induced pluripotent stem cells'] = ['induced pluripotent stem cell']
keywords['infants'] = ['infant']
keywords['innate lymphoid cells'] = ['innate lymphoid cell']
keywords['insect olfactory receptors'] = ['insect olfactory receptor']
keywords['insect pheromones'] = ['insect pheromone']
keywords['insects'] = ['insect']
keywords['insulators'] = ['Insulator']
keywords['intentions'] = ['intention']
keywords['interactions'] = ['interaction']
keywords['intercellular adhesion molecules'] = ['intercellular adhesion molecule']
keywords['interneurons'] = ['interneuron']
keywords['intrinsically disordered proteins'] = ['intrinsically disordered protein']
keywords['ion channels'] = ['ion channel']
keywords['irg proteins'] = ['IRG protein']
keywords['iridophores'] = ['iridophore']
keywords['islet delta, alpha, beta cells'] = ['islet delta, alpha, beta cell']
keywords['jaw motoneurons'] = ['jaw motoneuron']
keywords['kinases'] = ['kinase']
keywords['kinesins'] = ['kinesin']
keywords['kinetics'] = ['kinetic']
keywords['kinetochores'] = ['kinetochore']
keywords['knockout animals'] = ['knockout animal']
keywords['knockout mouse models'] = ['knockout mouse model']
keywords['lanthipeptides'] = ['lanthipeptide']
keywords['lariats'] = ['lariat']
keywords['learning rules'] = ['learning rule']
keywords['l-forms'] = ['L-form']
keywords['lineages'] = ['lineage']
keywords['lipid droplets'] = ['lipid droplet']
keywords['lipid rafts'] = ['lipid raft']
keywords['lipid tubes'] = ['lipid tube']
keywords['lipids'] = ['lipid']
keywords['lipoproteins'] = ['lipoprotein']
keywords['liquid droplets'] = ['liquid droplet']
keywords['listeria monocytogenes'] = ['Listeria monocytogene']
keywords['long noncoding rnas'] = ['long noncoding RNA']
keywords['long non-coding rnas'] = ['long non-coding RNA']
keywords['l-type channels'] = ['L-type channel']
keywords['lung basal progenitor stem cells'] = ['lung basal progenitor stem cell']
keywords['lymph node stromal cells'] = ['lymph node stromal cell']
keywords['lysosomes'] = ['lysosome']
keywords['macromolecular assemblages'] = ['macromolecular assemblage']
keywords['macrophages'] = ['macrophage']
keywords['malectin domain-containing receptor kinases'] = ['malectin domain-containing receptor kinase']
keywords['mathematical models'] = ['mathematical model']
keywords['mathematical neuron models'] = ['mathematical neuron model']
keywords['maximum entropy models'] = ['maximum entropy model']
keywords['mcc responses'] = ['MCC response']
keywords['mechanical forces'] = ['mechanical force']
keywords['meetings'] = ['meeting']
keywords['meiotic tetrads'] = ['meiotic tetrad']
keywords['membrane channels'] = ['membrane channel']
keywords['membrane coat proteins'] = ['membrane coat protein']
keywords['membrane contact sites'] = ['membrane contact site']
keywords['membrane potential oscillations'] = ['membrane potential oscillation']
keywords['membrane proteins'] = ['membrane protein']
keywords['membrane receptors'] = ['membrane receptor']
keywords['membrane tubules'] = ['membrane tubule']
keywords['membranes'] = ['membrane']
keywords['memory savings'] = ['memory saving']
keywords['memory t cells'] = ['memory T cell']
keywords['mesenchymal stem cells'] = ['mesenchymal stem cell']
keywords['mesoscopic networks'] = ['mesoscopic network']
keywords['metabolites'] = ['metabolite']
keywords['metabotropic glutamate receptors'] = ['metabotropic glutamate receptor']
keywords['methanogenic biofilms'] = ['methanogenic biofilm']
keywords['micro crystals'] = ['micro crystal']
keywords['micrornas'] = ['microRNA']
keywords['microtubule-associated proteins'] = ['microtubule-associated protein']
keywords['microvillous sensory neurons'] = ['microvillous sensory neuron']
keywords['min proteins'] = ['min protein']
keywords['mirna targets'] = ['miRNA target']
keywords['mirna-binding sites'] = ['miRNA-binding site']
keywords['mirnas'] = ['miRNA']
keywords['model organisms'] = ['model organism']
keywords['molecular dynamics simulations'] = ['molecular dynamics simulation']
keywords['molecular motors'] = ['molecular motor']
keywords['molecular timers'] = ['molecular timer']
keywords['monocytes'] = ['monocyte']
keywords['morphogens'] = ['morphogen']
keywords['motor neurons'] = ['motor neuron']
keywords['motor proteins'] = ['motor protein']
keywords['motors'] = ['motor']
keywords['mouse genetics'] = ['mouse genetic']
keywords['mtdna mutations'] = ['mtDNA mutation']
keywords['multiciliated cells'] = ['multiciliated cell']
keywords['multi-host pathogens'] = ['multi-host pathogen']
keywords['muscles'] = ['muscle']
keywords['mutants'] = ['mutant']
keywords['mutations'] = ['mutation']
keywords['myofilaments'] = ['Myofilament']
keywords['myotendinous junctions'] = ['myotendinous junction']
keywords['native interactors'] = ['native interactor']
keywords['natural habitats'] = ['natural habitat']
keywords['natural images'] = ['natural image']
keywords['natural products'] = ['natural product']
keywords['neglected tropical diseases'] = ['neglected tropical disease']
keywords['nematodes'] = ['nematode']
keywords['neoblasts'] = ['neoblast']
keywords['neural circuits'] = ['neural circuit']
keywords['neural networks'] = ['neural network']
keywords['neural stem cells'] = ['neural stem cell']
keywords['neuroblasts'] = ['neuroblast']
keywords['neuron&#8211;glia interactions'] = ['neuron&#8211;glia interaction']
keywords['neuronal avalanches'] = ['neuronal avalanche']
keywords['neuronal circuits'] = ['neuronal circuit']
keywords['neuronal enhancers'] = ['neuronal enhancer']
keywords['neuronal interactions'] = ['neuronal interaction']
keywords['neuronal populations'] = ['neuronal population']
keywords['neurons'] = ['neuron']
keywords['neuropeptides'] = ['neuropeptide']
keywords['neuropsychiatric disorders'] = ['neuropsychiatric disorder']
keywords['neurotransmitters'] = ['neurotransmitter']
keywords['neurotrophins'] = ['neurotrophin']
keywords['ng2 cells'] = ['NG2 cell']
keywords['noise correlations'] = ['noise correlation']
keywords['noncoding rnas'] = ['noncoding RNA']
keywords['non-coding rnas'] = ['non-coding RNA']
keywords['nonhuman primates'] = ['nonhuman primate']
keywords['non-native oligomers'] = ['non-native oligomer']
keywords['nosocomial infections'] = ['nosocomial infection']
keywords['nuclear export signals'] = ['nuclear export signal']
keywords['nuclear hormone receptors'] = ['nuclear hormone receptor']
keywords['nuclear pores'] = ['nuclear pore']
keywords['nuclear receptors'] = ['nuclear receptor']
keywords['odorant receptors'] = ['Odorant receptor']
keywords['odorant receptors'] = ['odorant receptor']
keywords['olfactory projection neurons'] = ['olfactory projection neuron']
keywords['olfactory sensory neurons'] = ['olfactory sensory neuron']
keywords['oligomeric proteins'] = ['oligomeric protein']
keywords['oocytes'] = ['oocyte']
keywords['optical laser tweezers'] = ['optical laser tweezer']
keywords['optical tweezers'] = ['Optical tweezer']
keywords['optical tweezers'] = ['optical tweezer']
keywords['organoids'] = ['organoid']
keywords['oscillations'] = ['oscillation']
keywords['oscillatory potentials'] = ['oscillatory potential']
keywords['oxysterols'] = ['Oxysterol']
keywords['paired-recordings'] = ['paired-recording']
keywords['pair-rule genes'] = ['pair-rule gene']
keywords['pairwise and high-order correlations'] = ['pairwise and high-order correlation']
keywords['pamps'] = ['PAMP']
keywords['pancreatic endocrine cells'] = ['pancreatic endocrine cell']
keywords['parasites'] = ['parasite']
keywords['parental effects'] = ['parental effect']
keywords['patch-clamp recordings'] = ['patch-clamp recording']
keywords['pathogens'] = ['pathogen']
keywords['peripheral clocks'] = ['peripheral clock']
keywords['phenome connections'] = ['phenome connection']
keywords['pheromones'] = ['pheromone']
keywords['phosphatases'] = ['phosphatase']
keywords['phospholipids'] = ['phospholipid']
keywords['phosphoregulatory networks'] = ['phosphoregulatory network']
keywords['photoreceptors'] = ['photoreceptor']
keywords['phylogenetics'] = ['phylogenetic']
keywords['pif1 family helicases'] = ['Pif1 family helicase']
keywords['pinning sites'] = ['pinning site']
keywords['place cells'] = ['place cell']
keywords['planarians'] = ['planarian']
keywords['plant volatiles'] = ['plant volatile']
keywords['plants'] = ['Plant']
keywords['platyhelminthes'] = ['Platyhelminthe']
keywords['pluripotent stem cells'] = ['Pluripotent stem cell']
keywords['pluripotent stem cells'] = ['pluripotent stem cell']
keywords['polyenes'] = ['polyene']
keywords['populations'] = ['population']
keywords['pore-forming proteins'] = ['pore-forming protein']
keywords['postdocs'] = ['postdoc']
keywords['posttranscriptional mechanisms'] = ['posttranscriptional mechanism']
keywords['posttranslational mechanisms'] = ['posttranslational mechanism']
keywords['potassium channels'] = ['potassium channel']
keywords['presynaptic terminals'] = ['presynaptic terminal']
keywords['preterm infants'] = ['preterm infant']
keywords['prion-like filaments'] = ['prion-like filament']
keywords['prions'] = ['prion']
keywords['projection neurons'] = ['projection neuron']
keywords['promoters'] = ['promoter']
keywords['proteasomes'] = ['proteasome']
keywords['protein complexes'] = ['protein complex']
keywords['protein contacts'] = ['protein contact']
keywords['protein interactions'] = ['protein interaction']
keywords['protein&#8211;protein complexes'] = ['protein&#8211;protein complex']
keywords['protein&#8211;protein interactions'] = ['protein&#8211;protein interaction']
keywords['protein-dna interactions'] = ['protein-DNA interaction']
keywords['psychophysics'] = ['psychophysic']
keywords['purkinje cells'] = ['Purkinje cell']
keywords['pursuit eye movements'] = ['pursuit eye movement']
keywords['r loops'] = ['R loop']
keywords['rab effectors'] = ['Rab effector']
keywords['rab proteins'] = ['rab protein']
#keywords['reactive oxygen species'] = ['reactive oxygen specie']
keywords['receptive fields'] = ['receptive field']
keywords['receptor kinase and gpi-ap as functional partners'] = ['receptor kinase and GPI-AP as functional partner']
keywords['receptor tyrosine kinase inhibitors'] = ['receptor tyrosine kinase inhibitor']
keywords['receptor-like kinases'] = ['receptor-like kinase']
keywords['receptors'] = ['receptor']
keywords['recombinant inbred mouse strains'] = ['recombinant inbred mouse strain']
keywords['red blood cells'] = ['red blood cell']
keywords['redox proteomics'] = ['Redox Proteomic']
keywords['regulatory networks'] = ['regulatory network']
keywords['regulatory t cells'] = ['regulatory T cell']
keywords['release sensors'] = ['release sensor']
keywords['residual dipolar couplings'] = ['residual dipolar coupling']
keywords['respiratory complexes'] = ['respiratory complex']
keywords['retinal ganglion cells'] = ['retinal ganglion cell']
keywords['retractions'] = ['retraction']
keywords['rgs proteins'] = ['RGS protein']
keywords['ribosomal proteins'] = ['ribosomal protein']
keywords['riboswitches'] = ['riboswitch']
keywords['ribozymes'] = ['ribozyme']
keywords['rig-i-like receptors'] = ['RIG-I-like receptor']
keywords['r-loops'] = ['R-loop']
keywords['rna binding proteins'] = ['RNA binding protein']
keywords['rna granules'] = ['RNA granule']
keywords['rna&#8211;protein interactions'] = ['RNA&#8211;protein interaction']
keywords['rna:dna hybrids'] = ['RNA:DNA hybrid']
keywords['rna-dna hybrids'] = ['RNA-DNA hybrid']
keywords['robo receptors'] = ['robo receptor']
keywords['rods'] = ['rod']
keywords['schemas'] = ['schema']
keywords['secretory compartments'] = ['secretory compartment']
keywords['seeds'] = ['seed']
keywords['selection for recombinant genomes'] = ['selection for recombinant genome']
keywords['selective drug targets'] = ['selective drug target']
keywords['sensory neurons'] = ['sensory neuron']
keywords['sensory systems'] = ['sensory system']
keywords['sex chromosomes'] = ['sex chromosome']
keywords['sharks and rays'] = ['sharks and ray']
#keywords['shingles'] = ['shingle']
keywords['side effects'] = ['side effect']
keywords['siderophores'] = ['siderophore']
keywords['signaling by apoptotic cells'] = ['signaling by apoptotic cell']
keywords['single cell genomics'] = ['single cell genomic']
keywords['single molecule kinetics'] = ['single molecule kinetic']
keywords['small open reading frames'] = ['small open reading Frame']
keywords['smc proteins'] = ['Smc protein']
keywords['smooth pursuit eye movements'] = ['smooth pursuit eye movement']
keywords['snares'] = ['SNARE']
keywords['social insects'] = ['social insect']
keywords['social interaction maps'] = ['social interaction map']
keywords['social interactions'] = ['social interaction']
keywords['social networks'] = ['social network']
keywords['soluble cargo proteins'] = ['soluble cargo protein']
keywords['spatial representations'] = ['spatial representation']
keywords['sperm ion channels'] = ['sperm ion channel']
keywords['sphingolipids'] = ['sphingolipid']
keywords['spiking patterns'] = ['spiking pattern']
keywords['spiral ganglion neurons'] = ['spiral ganglion neuron']
keywords['spontaneous dna breaks'] = ['spontaneous DNA break']
keywords['sporozoites'] = ['sporozoite']
keywords['sr proteins'] = ['SR protein']
keywords['src kinases'] = ['Src kinase']
keywords['statistics'] = ['statistic']
keywords['stem cells'] = ['stem cell']
keywords['sticklebacks'] = ['stickleback']
keywords['stochastic processes'] = ['stochastic process']
keywords['stress granules'] = ['stress granule']
keywords['structures'] = ['structure']
keywords['substrates'] = ['substrate']
keywords['sv release kinetics'] = ['SV release kinetic']
keywords['sv-589 human fibroblasts'] = ['SV-589 human fibroblast']
keywords['synapses'] = ['synapse']
keywords['synaptic terminals'] = ['synaptic terminal']
keywords['synaptic vesicles'] = ['synaptic vesicle']
keywords['synaptogenesis'] = ['synaptogenesi']
keywords['synonymous codons'] = ['synonymous codon']
keywords['syntrophic biofilms'] = ['syntrophic biofilm']
keywords['t cells'] = ['T cell']
keywords['t cells'] = ['t cell']
keywords['t follicular helper cells'] = ['T follicular helper cell']
keywords['t lymphoctes'] = ['T lymphocte']
keywords['telomeres'] = ['telomere']
keywords['the natural history of model organisms'] = ['the natural history of model organism']
keywords['thermal limits'] = ['thermal limit']
keywords['thermodynamics'] = ['thermodynamic']
keywords['theta oscillations'] = ['theta oscillation']
keywords['three-stranded filaments'] = ['three-stranded filament']
keywords['timescales'] = ['timescale']
keywords['tissue-mechanics'] = ['tissue-mechanic']
keywords['tmem16 channels'] = ['TMEM16 channel']
keywords['tmem16a channels'] = ['TMEM16A channel']
keywords['toll-like receptors'] = ['Toll-like receptor']
keywords['tongue motoneurons'] = ['tongue motoneuron']
keywords['topological domains'] = ['topological domain']
keywords['tracking individuals in groups'] = ['tracking individuals in group']
keywords['transcription activator-like effector nucleases'] = ['transcription activator-like effector nuclease']
keywords['transcription factor hotspots'] = ['transcription factor hotspot']
keywords['transcription factors'] = ['transcription factor']
keywords['transcriptional coactivators'] = ['transcriptional coactivator']
keywords['transcriptomics'] = ['transcriptomic']
keywords['transgenic pigs'] = ['transgenic pig']
keywords['transient conformations'] = ['transient conformation']
keywords['transmembrane peptides'] = ['transmembrane peptide']
keywords['transport proteins'] = ['transport protein']
keywords['transposable elements'] = ['transposable element']
keywords['trna genes'] = ['tRNA gene']
keywords['tumors resistant to smo-inhibitors'] = ['tumors resistant to Smo-inhibitor']
keywords['tunicates'] = ['tunicate']
keywords['tyrosine kinase inhibitors'] = ['tyrosine kinase inhibitor']
keywords['ultrasonic vocalizations'] = ['ultrasonic vocalization']
keywords['unconventional myosins'] = ['unconventional myosin']
keywords['unions'] = ['union']
keywords['unipolar brush cells'] = ['unipolar brush cell']
keywords['unnatural amino acids'] = ['unnatural amino acid']
keywords['vaccines'] = ['Vaccine']
keywords['vast domains'] = ['VASt domain']
keywords['vertebrates'] = ['vertebrate']
keywords['vesicle coat proteins'] = ['Vesicle coat protein']
keywords['vesicle coat proteins'] = ['vesicle coat protein']
keywords['viral mutations'] = ['viral mutation']
keywords['virulence factors'] = ['virulence factor']
keywords['virus and diabetes'] = ['virus','diabetes']
keywords['viruses'] = ['virus']
keywords['virus-host interactions'] = ['virus-host interaction']
keywords['voltage-gated calcium channels'] = ['voltage-gated calcium channel']
keywords['voltage-gated potassium channels'] = ['voltage-gated potassium channel']
keywords['zinc-finger nucleases'] = ['zinc-finger nuclease']

### Abbreviations

keywords['a-kinase anchoring protein (akap)'] = ['A-kinase anchoring protein ']
keywords['big potassium (bk) channel'] = ['Big Potassium channel']
keywords['cryo electron microscopy (cryoem)'] = ['Cryo electron microscopy']
keywords['cryo electron tomography (cryoet)'] = ['Cryo electron tomography']
keywords['diamond-blackfan anemia (dba)'] = ['Diamond-Blackfan anemia']
keywords['glv (green leaf volatile)'] = ['green leaf volatile']
keywords['hipv (herbivory-induced plant volatile)'] = ['herbivory-induced plant volatile']
keywords['single particle tomography (spt)'] = ['single particle tomography']
keywords['tata-box-binding protein (tbp)'] = ['TATA-box-binding protein']
keywords['tbp-associated factor (taf)'] = ['TBP-associated factor']
keywords['tpi (trypsin protease inhibitor)'] = ['trypsin protease inhibitor']
keywords['abscisic acid (aba)'] = ['abscisic acid']
keywords['camp-dependent kinase (pka)'] = ['cAMP-dependent kinase']
keywords['calcium-dependent protein kinase (cpk)'] = ['calcium-dependent protein kinase']
keywords['cleft lip associated with cleft palate (cl/p)'] = ['cleft lip associated with cleft palate']
keywords['double electron electron resonance (deer)'] = ['double electron electron resonance']
keywords['electron cryomicroscopy (cryo em)'] = ['electron cryomicroscopy']
keywords['electron cryomicroscopy (cryo-em)'] = ['electron cryomicroscopy']
keywords['eukaryotic initiation factor 2 (eif2)'] = ['eukaryotic initiation factor 2']
keywords['evolutionary developmental biology (evo-devo)'] = ['evolutionary developmental biology']
keywords['excited state proton transfer (espt)'] = ['excited state proton transfer']
keywords['integrated stress response (isr)'] = ['integrated stress response']
keywords['long-term potentiation (ltp)'] = ['long-term potentiation']
keywords['low-threshold mechanoreceptor (ltmr)'] = ['low-threshold mechanoreceptor']
keywords['planar cell polarity (pcp)'] = ['planar cell polarity']
keywords['protein phosphatase 2c (pp2c)'] = ['protein phosphatase 2C']
keywords['terminal schwann cell (tsc)'] = ['terminal Schwann cell']
keywords['upstream open reading frame (uorf)'] = ['upstream open reading frame']
keywords['variant surface glycoprotein (vsg)'] = ['variant surface glycoprotein']

### And

keywords['feronia and lorelei/llg1 as coreceptors'] = ['FERONIA  as coreceptor', 'LORELEI/LLG1 as coreceptor']
keywords['mfn1 and mfn2'] = ['Mfn1', 'Mfn2']
keywords['salt and pepper'] = ['salt', 'pepper']
keywords['x-chromosome and autosome balance'] = ['X-chromosome', 'autosome balance']
keywords['active and passive intrinsic membrane properties'] = ['passive intrinsic membrane property', 'active intrinsic membrane property']
keywords['hematopoietic stem and progenitor cells'] = ['hematopoietic stem', 'progenitor cells']
keywords['pre- and postsynaptic long-term plasticity'] = ['postsynaptic long-term plasticity', 'pre-synaptic long-term plasticity']
keywords['science policy and funding'] = ['science policy', 'funding']
keywords['sharks and rays'] = ['shark', 'ray']
keywords['virus and diabetes'] = ['virus', 'diabetes']

### Reproducibility project

keywords['reproducibility project: cancer biology'] = ['Reproducibility Project: Cancer Biology']
