1,2,3-triazole [1] |
10-hydroxyaloin A [1] |
2ACK scheme [1] |
3-O-(E)-p-
Coumaroylbetulinic acid [1] |
5-Fluorouracil (5-FU) [1] |
?-amylase [1] |
A-RINGS [1] |
A1pp domain [1] |
A?1-42 [1] |
Ab initio modeling [1] |
ABC transporter [1] |
ABC-transporter [1] |
abiotic stress [1] |
abiotic stress biomass [1] |
Absolute configuration [1] |
acarbose [1] |
ACC deaminase [2] |
Acclimatize [1] |
Acetylcholinesterase inhibitory activity [1] |
Actinomycetes [1] |
Adaptive immunity carcinogenesis [1] |
Adjuvant [1] |
Agar well diffusion method [1] |
age structure [1] |
agriculture [1] |
AGS [1] |
Aldehyde Reductase [1] |
Aldose reductase [1] |
Aldose reductase inhibitors [1] |
alkaline phosphatase purification [1] |
Alkaloids [1] |
alkaloids [1] |
Alzheimer's disease [1] |
Alzheimer�s Disease [1] |
Amino acid [1] |
amino acid [1] |
Amino acid metabolism [1] |
amino acid substitution [1] |
amino acids [1] |
AMP-activated protein kinase [1] |
Amphotericin B [1] |
amphotericin B [1] |
Amyloid Beta [1] |
amyloid-beta [1] |
Ancistrobrevinium A [1] |
Ancistrocladaceae [1] |
Ancistrocladus abbreviatus [1] |
androgen deprivation therapy [1] |
Androgen receptor [1] |
Angiogenesis [2] |
angiogenesis [1] |
Angiotensin converting enzyme (ACE) [1] |
antagonistic [1] |
Anthracyclines [1] |
anti-apoptotic inhibitors [1] |
anti-bacterial [1] |
Anti-Bacterial Agents [1] |
anti-biofouling [1] |
Anti-cancer [1] |
Anti-inflammatory potential [1] |
Anti-Parkinson products [1] |
anti-retroviral therapy [1] |
Antibacterial [1] |
antibacterial [2] |
antibacterial coating [1] |
Antibiotic [1] |
Antibiotic resistance [1] |
antibiotic resistance genes [1] |
Antibiotics resistance [1] |
Anticancer [2] |
anticancer [3] |
anticancer activity [1] |
Anticancer agent [1] |
Anticancer drugs [1] |
Anticancer potential [1] |
Antidiabetic [2] |
antifungal drug resistance [1] |
antigenic proteins [1] |
Antiinfective Agent [1] |
Antimalarial agent [1] |
Antimalarial potential [1] |
Antimicrobial [1] |
antimicrobial activity [1] |
antioxidant [1] |
Antioxidants [1] |
antioxidants [3] |
Antioxidative enzymes [1] |
Antioxidative System [1] |
Antiviral [1] |
Antiviral peptides [1] |
AP Endonuclease 1 [1] |
APE1 [1] |
apical junctional complex [1] |
Apoptosis [6] |
apoptosis [7] |
Apoptosis, Autophagy [1] |
Arbuscular mycorrhiza [1] |
Aromatase [1] |
Aromatase inhibitor [1] |
arsenate [1] |
Arsenic [3] |
arsenic transporters [1] |
arsenite [1] |
Aspergillus terreus [1] |
Astaxanthin [1] |
ATP-binding cassette (ABC) transporter [1] |
ATP-binding cassette (ABC) transporters [1] |
Atypical leishmaniasis [1] |
Au/Ag [1] |
Aureobasidin A [1] |
Autoimmune disease [1] |
Autoimmunity [1] |
Avena sativa [1] |
Avenin [1] |
axial chirality [1] |
Ayurvedic product [2] |
azole drugs [1] |
Azotobacter nigricans [1] |
B subtilis [1] |
Bacillus [1] |
Bacillus consortia [1] |
Bacopa monnieri [1] |
Bacteria [2] |
bacterial attachment and death assay [1] |
barrier function [1] |
BCR-ABL oncoprotein [2] |
Bcr-Abl1 [1] |
beneficial microbe [1] |
BER-pathway [1] |
Bifurcation (mathematics) [1] |
Bimetallic nanostructure [1] |
Binding affinities [1] |
Binding energy [1] |
binding free energy [1] |
bioactivation [1] |
Bioactive fraction [1] |
bioactive fraction [1] |
bioactive secondary metabolites [1] |
Bioactives [1] |
Biochemical test [1] |
Biodegradable [1] |
Biodegradable plastics [1] |
biodegradable plastics [1] |
Biodegradable polymers [1] |
Biofertilizer [1] |
biofertilizers [1] |
biofilms [1] |
Biofuel [1] |
bioinoculants [1] |
Biology [1] |
Biomarker [3] |
biomarker [1] |
biomarkers [2] |
biomass [1] |
Biomass quantification [1] |
Biomedical applications [1] |
Bioremediation [1] |
biosynthesis [1] |
bisthioglycolic acid [1] |
Blastula [1] |
Bomass [1] |
Bond length [1] |
BPA [1] |
Breast cancer [10] |
breast cancer [2] |
Breast cancer stem cells [1] |
breast cancer stem cells [1] |
breast cancer stem-like cells [1] |
Breast cancer; Estrogen receptor alpha; Indole-xanthendione hybrids; RT-PCR SERM; Western blotting [1] |
Breast normal cells [1] |
Broad-spectrum drug [1] |
Broomrape [1] |
BTB domain [2] |
Bulbine frutescens [3] |
C-reactive protein [1] |
Calluses [1] |
Cancer [8] |
cancer [6] |
Cancer Cell Line [1] |
Cancer cells [1] |
Cancer chemoresistance [1] |
Cancer drug resistance [1] |
Cancer metabolism [1] |
cancer prevention [1] |
Cancer stem cell [1] |
cancer stem cells [1] |
Cancer stemness [1] |
Cancer therapy [1] |
cancer vaccine [1] |
cancer-like stem cell [1] |
Cancerous cells [1] |
Cancers [1] |
Candida [1] |
Candida albicans [1] |
Candida auris [1] |
Canned soft drink [1] |
Carbohydrate metabolism [2] |
Carbon [1] |
carbon�sulfur bond formation [1] |
Carboxylation [1] |
Carcinogenesis [1] |
Cardiac metabolism [1] |
Cardio-metabolism [1] |
Cardiotoxicity [3] |
Cardiovascular diseases [1] |
carotenoid [1] |
Carotenoids [1] |
Cas9 [1] |
castration resistance prostate cancer [1] |
catalase [1] |
Catalysis [1] |
Celiac disease [1] |
Cell culture [2] |
Cell cycle [1] |
cell cycle [3] |
Cell Cycle S Phase [1] |
Cell Specificity [1] |
Cell Viability [1] |
Cells [1] |
cellular metabolism [1] |
CENP-T [1] |
CENP-W [1] |
Cervical cancer [2] |
Chemical activation [1] |
Chemical mobilization [1] |
Chemical safety [1] |
Chemical Structure [1] |
Chemistry [2] |
Chemistry, Physical [1] |
Chemokine [1] |
Chemopreventive [1] |
Chemoresistance [3] |
chemoresistance [1] |
Chemotherapy [2] |
chemotherapy [1] |
Chemotype NMITLI 101R [1] |
Chickpea [2] |
child health [1] |
Chlorogenic acid [1] |
Chlorophyll [1] |
Chromene [1] |
Chronic Myeloid Leukemia [2] |
Chronic Myeloid Leukemia (CML) [1] |
Chronic myeloid leukemia (CML) [1] |
chronic myeloid leukemia (CML) [1] |
Chrysopogon ziz [1] |
circRNA [1] |
circulating miRNA [1] |
Classical leishmaniasis [1] |
climate change [1] |
Clinical biomarkers [1] |
clinical trial [1] |
Clostridium [1] |
Clostridium ljungdahlii [2] |
Cluster analysis [1] |
CML [1] |
Co-infection [1] |
co-treatment [1] |
Colon [1] |
colon [1] |
colon cancer [1] |
colorectal cancer [1] |
combination therapy [1] |
Comparative modeling [1] |
Computational [1] |
Computational analysis [1] |
Computational electronics [1] |
computational study [1] |
Computer-aided drug design [1] |
Conformational Transition [1] |
Contact angle [1] |
contaminated land [1] |
Controlled study [1] |
conventional fertilizers [1] |
coronavirus disease-19 [1] |
Cosolvent [1] |
Cost reduction [1] |
COVID-19 [2] |
Cr(VI) [1] |
CRISPR [1] |
CRISPR Cas system [1] |
CRISPR-Associated Protein 9 [1] |
CRISPR-Cas Systems [1] |
CRISPR/Cas 9 [1] |
CRISPR/Cas9 genome editing [1] |
Crystal filters [1] |
CSCs: Cancer Stem Cells [1] |
Curcuma longa [1] |
cutaneous leishmaniasis [1] |
CYP19A1 gene [1] |
Cytochrome P450 (CYP450) [1] |
Cytokine [1] |
Cytokines [1] |
Cytology [1] |
Cytotoxic activities [1] |
Cytotoxicity [1] |
Data integration [1] |
dbDEMC [1] |
deep eutectic solvent [1] |
Delayed type hypersensitivity (DTH) [1] |
Dendritic cell [1] |
Deposition [1] |
Deposition efficiencies [1] |
Dermatitis [1] |
dermatitis [1] |
Developmental Stage [1] |
device fabrication [1] |
DGAMH [1] |
Diabetic complications [1] |
Diagnosis [1] |
Dichroism [1] |
Dielectric losses [1] |
dietary phytochemical [1] |
Differential binding [1] |
Diffusion coatings [1] |
Dihydrofolate reductase [1] |
Dihydrofolate reductase inhibitor [1] |
Dihydropyridine [1] |
Dihydropyrimidine dehydrogenase (DPD) [1] |
dimer formation [1] |
dipeptidyl peptidase-4 [1] |
Disease [1] |
Diseased [1] |
Diseases [2] |
DME inhibitors [1] |
DNA [1] |
DNA methylation [1] |
DNA molecules [1] |
Dna Replication [1] |
DNA viruses [1] |
DNA, Kinetoplast [1] |
DNA/RNA base damage [1] |
DNMT [1] |
Docking [3] |
Doxorubicin [2] |
Droplet motion [1] |
Drops [1] |
drought [1] |
Drought stress [1] |
Drug absorption [1] |
Drug distribution [1] |
Drug Effects [1] |
Drug efflux pumps [1] |
Drug excretion [1] |
Drug likeness Property [1] |
Drug metabolism [3] |
Drug resistance [2] |
drug resistance [3] |
Drug structure [1] |
drug synergy [1] |
Drug-metabolizing enzymes (DMEs) [1] |
Drug-resistance [1] |
drugable targets [1] |
DSR [1] |
Dual therapy [1] |
dust [1] |
Eco�friendly [1] |
Efficiency [1] |
efflux transporters [1] |
Eichhornia crassipes [1] |
electron bifurcation [1] |
Electronic [1] |
Electronic circular dichroism [1] |
Electronic filters [1] |
Embryo Pattern Formation [1] |
EMSA [1] |
Endangered species [1] |
endophytes [1] |
Endothelium [1] |
Energy homeostasis [1] |
ENPP2 [1] |
Entamoeba histolytica [1] |
enzyme [1] |
Enzyme activity [1] |
Enzymes [1] |
Epidemic [1] |
Epigenetics [1] |
Epithelial Mesenchymal Transition [1] |
Epitopes [1] |
Epitranscriptomics [1] |
epitranscriptomics [1] |
ergosterol [1] |
Escherichia Coli [1] |
esophageal squamous cell carcinoma [1] |
Essential oil [1] |
essential oil [1] |
Estrogen receptor [1] |
Estrogen receptor alpha [1] |
Eubacterium rectale [1] |
experimental colitis [1] |
Explants [1] |
Expression analysis [1] |
Facsimile [1] |
Farnesol [1] |
FDA approved Drugs [1] |
FDA-approved [1] |
Fermentation [1] |
fermentation [1] |
filters [1] |
flavanone [1] |
flavonoid [2] |
Flavonoids [2] |
Flux balance analysis [1] |
Flux balance analysis (FBA) [1] |
flux-balance analysis [1] |
Foley catheters [1] |
Fourier transform infrared spectroscopy [1] |
Foxtail millet [1] |
Free radical [1] |
frequency doublers [1] |
Fungi [1] |
Gamma irradiation [1] |
Gamma secretase [1] |
gamma secretase [2] |
Gas chromatography?mass spectrometry [1] |
Gastrulation [1] |
GBM [1] |
GC-MS [3] |
Gear shifting [1] |
gear-shifting [1] |
Geminin [1] |
Gene Editing [1] |
gene editing [1] |
Gene expression [1] |
gene expression [1] |
Gene regulation [1] |
Genes [2] |
genetic modifications [1] |
Genetic Transcription [1] |
genetics [2] |
Genome [1] |
genome-wide metabolic map [1] |
Genomic DNA [1] |
Genotype [2] |
Germ Layer [1] |
Gibbs free energy [1] |
Ginkgolide B [1] |
ginkgolide B [1] |
Gliadin [2] |
Glucose [1] |
Glucose metabolism [2] |
glutathione reductase [1] |
Gluten [1] |
Glutenin [2] |
Glycolysis [1] |
Gradient surfaces [1] |
Grain (agricultural product) [1] |
Grain protein [1] |
grass [1] |
Green agriculture [1] |
green chemistry [1] |
Green synthesis [1] |
Grid computing [1] |
Groundwater [1] |
H pylori [1] |
H. pylori [1] |
Haematococcus pluvialis [1] |
Hardness profiles [1] |
heavy metal [1] |
Heavy metal resistant bacteria [1] |
Heavy metals [3] |
Helicobacter pylori [1] |
hematopoiesis [1] |
Hematopoietic Stem Cell [1] |
Hepatocellular carcinoma [1] |
Hepatoprotective [1] |
Hesperidin [1] |
Heterocyclic rings [1] |
Hippo signaling [1] |
Histone modifications [1] |
HIV-1 protease [1] |
HLA-DQ allele [1] |
Holoenzyme [1] |
Holoenzymes [1] |
host parasite interaction [1] |
Host pathogen interaction [1] |
Host-Parasite Interactions [1] |
Household water tanks [1] |
HPEM [1] |
HPLC [1] |
hub genes [1] |
Human [4] |
human [1] |
Human cancer [1] |
Human health [1] |
Human papillomavirus [1] |
Humans [2] |
Hydrogeochemistry [1] |
Hydrophobicity [1] |
Hydrophobics [1] |
hyperaccumulation [1] |
Hyperglycaemic conditions [1] |
ICP-MS [2] |
IL-1β, Virulence factors, and Caspases [1] |
Imatinib Mesylate [1] |
Immune cells infiltration [1] |
Immune checkpoints [1] |
Immune heterogeneity [1] |
Immune response [1] |
Immune simulation [1] |
Immune surveillance [1] |
Immune system [1] |
Immunity [1] |
Immunocompetent cell [1] |
Immunogenicity [1] |
Immunoinformatics [1] |
Immunosurveillance [1] |
Immunotherapy [1] |
In silico [5] |
in silico [4] |
In silico ADMET [1] |
in silico ADMET [1] |
In silico analysis [1] |
In silico studies [1] |
In silico study [1] |
In vitro [1] |
in vitro [1] |
Indentation size effects [1] |
Indian population [1] |
Indole [1] |
Indole Derivative [1] |
Indole derivatives [1] |
Indole-benzimidazole hybrids [1] |
Indoles [1] |
Induced fit [1] |
Inductively Coupled Plasma Mass Spectrometry [1] |
Industrial Microbiology [1] |
Infiltrating ductal carcinoma [1] |
Inflammasome [1] |
Inflammation [2] |
inflammation [2] |
inhibitor [1] |
Inhibitors [1] |
Innate immunity [1] |
iNOS [1] |
intestinal epithelial cells [1] |
invasion [1] |
Invertebrates [1] |
Iron oxide nanoparticles [1] |
Isoforms of Akt [1] |
Isoforms of PI3K [1] |
Isoindolinone [1] |
isoquercetin [1] |
Isoquinolines [1] |
K562 [1] |
killer T-Cells [1] |
kinetoplast DNA [1] |
knockout mouse model [1] |
Kurarinone [1] |
kurarinone [1] |
L lactis [1] |
Lactate Dehydrogenase [1] |
lactate dehydrogenase [1] |
Lactic Acid Bacteria [1] |
Lactic acid bacteria [1] |
Lead [1] |
lead [1] |
Lead compounds [2] |
Leishmania donovani [2] |
Leishmaniasis [1] |
Leishmaniasis, Cutaneous [1] |
Leukemia [1] |
leukemia [1] |
Lipid metabolism [1] |
liquid biofertilizers [1] |
liquid biopsy [1] |
Liver cancer [1] |
liver cancer [1] |
Liver injury [1] |
LncRNA [2] |
lncRNA [3] |
lncRNAs [1] |
log reduction method [1] |
long non-coding RNA [1] |
Long non-coding RNAs [1] |
long non-coding RNAs [1] |
Long noncoding RNA [1] |
Loss-of-function mutants [1] |
Lovastatin [1] |
luminal A subtype [1] |
lung cancer [1] |
Lycopersicon esculentum [1] |
lymphoma [1] |
M1 macrophages [1] |
M46I mutation [1] |
m5C [2] |
m6A [3] |
M<sup>pro</sup> [1] |
MAC [1] |
Macro domain [1] |
Macronutrient [1] |
Macrophage [1] |
Magnaporthe oryzae [1] |
main protease [1] |
Maize [1] |
maize [2] |
Malignant neoplasm [1] |
Mammals [1] |
Mammosphere [1] |
mammospheres [1] |
MANETs [1] |
mannitol transport [1] |
Marginal land [2] |
Marine-algal compounds [1] |
Maybridge compounds [1] |
MD simulation [3] |
Mechanical [1] |
Medical applications [1] |
Medical problems [1] |
Melaleuca alternifolia [1] |
MEPS-GCMS [1] |
metabolic engineering [1] |
Metabolic pathways [1] |
Metabolic phenotype [1] |
Metabolic profiling [1] |
Metabolic response [1] |
Metabolism [3] |
metabolism [2] |
metabolite [1] |
Metabolites [5] |
metabolites synthesis [1] |
metabolomic profiling [1] |
Metabolomics [2] |
Metagenomics [1] |
Metal tolerance [1] |
Metastasis [1] |
metastasis [4] |
metastasis/Invasion [1] |
methionine [1] |
Methylated flavonoids [1] |
Methyltransferases [1] |
microbes [1] |
Microbial communit [1] |
Microbial Sensitivity Test [1] |
Microbial Sensitivity Tests [1] |
microglia [1] |
Micronutrient Pseudomonas [1] |
Micropropagation [1] |
MicroRNA [1] |
microRNA [3] |
MicroRNAs [1] |
microRNAs [1] |
MicroRNAs (miRNAs) [1] |
microspheres [1] |
MIEN1 [1] |
migration [1] |
Minichromosome Maintenance Protein [1] |
Minimum inhibitory concentrations (MIC) [1] |
Mining-impacted soil [1] |
miR-590-5p [2] |
miRBase [1] |
miRbase [1] |
MiRNA [2] |
miRNA [8] |
miRNAMap [1] |
miRNAs [3] |
Mitochondrial biogenesis, Stemness [1] |
Mitochondrial dynamics [1] |
Mitochondrial Dysfunction [1] |
Mitochondrial dysfunction [2] |
Mitochondrial Fe-S protein [1] |
Mitochondrial membrane potential [1] |
MM-GBSA [1] |
MMP2 [1] |
Mobile ad hoc networks [1] |
Mobile security [1] |
Molecular Docking [1] |
Molecular docking [6] |
molecular docking [1] |
molecular dynamics (MD) simulation [1] |
Molecular dynamics simulation [3] |
molecular dynamics simulation [2] |
Molecular dynamics simulations [1] |
Molecular scaffolds [1] |
Molecular Structure [1] |
Monkeypox virus [1] |
Mouse embryonic fibroblasts [1] |
MSMEG-5850 [1] |
MTHFR [1] |
Multi-epitope vaccine [1] |
multi-omics [1] |
Multi-pathogen [1] |
Multidrug resistance [1] |
Multiepitope vaccine [2] |
Mycobacterium [1] |
Mycobacterium tuberculosis [1] |
Mycorrhiza [4] |
myeloma [1] |
NAC gene family [1] |
Nadp [1] |
NADPH oxidase [1] |
nano-biofertilizers [1] |
Nanoemulsions [1] |
nanoemulsions [1] |
nanofertilizers [1] |
Nanoparticles [1] |
naphthylisoquinolines [1] |
Natural antioxidant [1] |
Natural compound [1] |
Natural compounds [2] |
Natural inhibitors [1] |
Natural killer cell [1] |
Natural killer T cell [1] |
natural product [1] |
Natural products [3] |
ncRNA [1] |
Negatively charged [1] |
Neo-antigens [1] |
Nepal [1] |
Nerve Cell Differentiation [1] |
neurodegeneration [1] |
Neuroinflammation [1] |
Neurological disorders [1] |
neuronal differentiation [1] |
Neutrophil [1] |
Next generation sequencing [1] |
NICD: Notch Intracellular Domain [1] |
Nicotinamide Adenine Dinucleotide Phosphate [1] |
Nischarin [1] |
Non human [2] |
non-coding RNA [1] |
non-small cell lung cancer [1] |
noncoding RNA [2] |
Nonhuman [1] |
Notch sigling [1] |
Notch signaling [1] |
notch signaling [1] |
notch signaling pathway [1] |
notch signalling pathway [1] |
Novel miRNA [1] |
NPK [1] |
Nuclear magnetic resonance spectroscopy [1] |
Nucleoside analogues [1] |
Nucleotide metabolism [1] |
Nutrient Content [1] |
Nutrient content [1] |
Nutrient homeostasis [1] |
Obesity [2] |
Obesity-associated cancer [1] |
Omics [1] |
oncogene [1] |
Oncometabolites [1] |
organic acid [1] |
organic compost [1] |
organic farming [1] |
Organogenesis [1] |
Origin Recognition Complex [1] |
Orobanchaceae [1] |
Orobanche [1] |
Orobanchol [1] |
Oryza sativa [1] |
Ovarian cancer [1] |
overall survival [1] |
Oxidative Stress [3] |
Oxidative stress [3] |
oxidative stress [3] |
Parasitic plant [1] |
parasitology [1] |
Parkinson's disease [1] |
Parthenin binding affinity [1] |
Particle Size [1] |
Pathogenesis [1] |
pathogenic microorganisms [1] |
Pathophysiology [1] |
Pathways [1] |
pathways [1] |
PBMCs [1] |
PCR-RFLP [1] |
Pediatric cancer [1] |
peptide deformylase [1] |
PGPB [2] |
PGPR [1] |
Pharmaceutical [1] |
Pharmacokinetics [1] |
pharmacological activity [1] |
Phelipanche [1] |
Phylogenetic analysis [1] |
Physical Chemistry [1] |
Physical chemistry [1] |
Physicochemical properties [1] |
Physiology [1] |
Phytochemical [1] |
phytochemical [4] |
Phytochemicals [5] |
phytocompound [1] |
phytohormones [1] |
Phytoremediation [1] |
phytoremediation [2] |
PI3K/Akt/mTOR [1] |
PI3K/Akt/mTOR pathway [1] |
PI3K/Akt/mTOR pathway inhibitors [1] |
Picogram level [1] |
Piper chaba [1] |
Pirinixic Acid [1] |
piRNA [1] |
PKM2 [1] |
Plant growth promoting activity [1] |
Plant Growth Promoting Bacteria [1] |
Plant growth promoting bacteria [6] |
Plant Growth Promoting Bacteria (PGPB) [1] |
Plant growth-promoting bacteria [1] |
Plant metabolite [1] |
Plant pathogens [1] |
Plant SUMOylation [1] |
Plant Weeds [1] |
plant-microbe interaction [1] |
plant-parasitic weed [1] |
Plasmodium vivax [1] |
Plastic-bottled water [1] |
Polydopamine [1] |
polydopamine [1] |
Polymer [1] |
Polymers [1] |
Polymorphism [2] |
post-transcriptional regulation [1] |
posttranslational modification [1] |
Prevention [1] |
Priority journal [1] |
pro-inflammatory cytokine [1] |
ProB [1] |
Prodrugs [1] |
prognostics [1] |
Prolamins [1] |
Proline [1] |
Prostate cancer [2] |
prostate cancer [1] |
Prote [1] |
Protein Assembly [1] |
Protein Domain [1] |
Protein Domains [1] |
Protein oxidation [1] |
Protein targets [1] |
protein-protein interaction [1] |
Proteins [1] |
Proteome [1] |
Proteomics [1] |
proteomics [1] |
Pseudomonas [1] |
Pseudomonas citronellolis (PC) [1] |
Psoriasis [1] |
Public health [1] |
Pyrimidine Derivative [1] |
Pyrimidines [1] |
Pyruvate kinase [1] |
Reactive Oxygen Species [1] |
Reactive oxygen species [2] |
reactive oxygen species [3] |
Reactive Oxygen Species (ROS) [1] |
reader [1] |
Receptor tyrosine kinases [1] |
recombinant protein expression [1] |
Recurrence [1] |
recurrence [1] |
Replication Licensing Factor Cdt1 [1] |
Resistance [1] |
Respiratory burst [1] |
Retrotransposons [1] |
Reverse vaccinology [1] |
Rhizobacteria [1] |
Rhizoremediation [1] |
rhizospheric bacteria [1] |
rice [1] |
Rice Callus Culture, [1] |
Rice callus suspension culture [2] |
rice callus suspension culture [1] |
Ring systems [1] |
Risk factors [1] |
RNA methylation [2] |
RNA viruses [1] |
RNS [1] |
rock phosphate [1] |
ROS [2] |
ROS/RNS [1] |
Rosmarinus officinalis [1] |
Routing protocols [1] |
RT-PCR [1] |
RT-qPCR [1] |
Salinity [2] |
salinity [1] |
Salt stress [2] |
Salt tolerance [1] |
Salvadora oleoides [1] |
saquinavir [1] |
SARS-CoV-2 [6] |
Scaffold protein [1] |
Scaffolds (biology) [1] |
SCUBE [1] |
second-generation antiandrogens [1] |
Secondary metabolite [1] |
Secondary metabolites [1] |
secondary screening [1] |
Selfish node [1] |
sequencing [1] |
serum-stress [1] |
severe acute respiratory syndrome coronavirus-2 [1] |
Shoot and Root length [1] |
signaling [1] |
Signaling pathway [1] |
signaling pathway [2] |
Signaling pathways [2] |
signaling pathways [1] |
Silver nanoparticles [1] |
Single DNA molecules [1] |
Single human cells [1] |
siRNA [1] |
Slow evaporation method [1] |
small nucleolar host gene 12 [1] |
SNHG12 [1] |
snoRNPs [1] |
Software [1] |
soil [1] |
Soil health [1] |
soil health [1] |
Soil pollution [1] |
soil pollution [1] |
soil remediation [1] |
Soils [1] |
solid biofertilizers [1] |
Somatic mutation [1] |
Sorbitol dehydrogenase [1] |
Sorghum [1] |
sphingolipid [1] |
Sphingolipid biosynthesis [1] |
sphingolipids [1] |
spike protein [1] |
Staphylococcus Aureus [1] |
starch casein agar [1] |
STAT [1] |
STAT3 [1] |
statistical optimization [1] |
stem-like cells [1] |
Stereogenic centers [1] |
Strain hardening [1] |
Streptococcus pneumoniae [1] |
stress response [1] |
Strigolactone [2] |
strigolactone [1] |
Structural elucidation [1] |
substantia nigra [1] |
substrate-binding protein [1] |
SUMO protease [1] |
Supercritical carbon dioxide extraction [1] |
superoxide dismutase (SOD) [1] |
Surface Properties [1] |
Surface Property [1] |
survival [1] |
Susceptible [1] |
Sustainable agriculture [1] |
sustainable agriculture [1] |
Sustainable food production [2] |
Syn-gas [1] |
Synergetic action [1] |
syngas [1] |
Synthesis [1] |
Systemic inflammation [1] |
T Cell Receptor Excision Circles [1] |
T cells [1] |
T lymphocyte [1] |
T-cell receptor [1] |
T315I mutation [1] |
TACE: Tumor Necrosis Factor-α-Converting Enzyme [1] |
Target genes [1] |
Target of rapamycin [1] |
Target proteins [3] |
Target Scan [1] |
Targeted therapy [1] |
TargetScan [1] |
TaWRKY45 [1] |
TCGA database [1] |
telomerase activators [1] |
telomere length [1] |
temperature [1] |
TetR-like transcription factors [1] |
Th1 response [1] |
therapeutic [1] |
Therapeutic approaches [1] |
Therapeutic resistance [1] |
therapeutic resistance [1] |
Therapeutic target [1] |
therapeutic target [1] |
Therapeutic targets [2] |
Therapeutics [2] |
Therapy [2] |
thermotolerant phosphate solubilizing bacteria [1] |
Thiolated ?-cyclodextrin [1] |
THP-1 [1] |
Three-dimensional quantitative structure-activity relationship [1] |
TLRs [1] |
TNBC [1] |
Tobacco rattle virus [1] |
tomato [1] |
Total sugars [1] |
Toxicity [1] |
Transcription factor [1] |
Transcription factors [1] |
transcriptome [1] |
transcriptome analysis [1] |
Transgenic [1] |
translational repression [1] |
transmembrane protease serine 2 [1] |
Traut�s reagent [1] |
Triple negative breast cancer [1] |
triple negative breast cancer [1] |
Triple-negative breast cancer [1] |
Triticum aestivum [1] |
Tropics [1] |
Tuberculosis [1] |
Tumor antigen [1] |
Tumor growth [1] |
Tumor microenvironment [1] |
tumor suppressor [1] |
Tumor therapy [1] |
Tween-80 [1] |
Type 2 diabetes [1] |
type-2 diabetes [1] |
Ultrasonic energy [1] |
Unclassified drug [1] |
Uranium [1] |
VacA [1] |
Vaccine [1] |
Vetiver [1] |
Viral regulation [1] |
virus-induced gene silencing (VIGS) [1] |
Vitamin D deficiency [1] |
Waste management [1] |
weed [1] |
Western blotting [1] |
Wheat [1] |
wild and mutated epitopes [1] |
Withaferin A [2] |
Withania A [1] |
Withania somnifera [2] |
Wnt/?-catenin [1] |
Wnt/b-signaling [1] |
Wood-Ljungdahl pathway [1] |
Work hardening coefficient [1] |
X ray diffraction [1] |
X ray photoelectron spectroscopy [1] |
X-ray crystallography [1] |
YT521-B homology domain [1] |
YTHDC [1] |
ZBTB7A [2] |
Zinc finger [2] |
Zone of inhibition [1] |