|
1 |
In silico prediction of substrate specificity of adenylation domains of NRPSs genes of some cyanobacteria strains as a mining tool for natural bioactive compounds |
|
248 Time(s) |
|
2 |
Evaluation of ensemble classifier (EC) machine learning methods for introduction of breast cancer genomic biomarkers |
|
210 Time(s) |
|
3 |
The roll of computational methods in Traditional Chinese Medicine (TCM) with an approach to Traditional Iranian Medicine (TIM) |
|
212 Time(s) |
|
4 |
Classification of proteins based on Difference of expression in healthy and cancerous tissue to identify biomarkers of prevalent cancers |
|
204 Time(s) |
|
5 |
Quantitative Comparison of Abundance Structures of Generalized Communities |
|
227 Time(s) |
|
6 |
Bioinformatics for Plant genome |
|
201 Time(s) |
|
7 |
Gene Prioritization for Breast Cancer |
|
243 Time(s) |
|
8 |
Big data analytics in bioinformatics |
|
236 Time(s) |
|
9 |
The yief protein application and its performance improvement in bioremediation |
|
202 Time(s) |
|
10 |
In silico evaluation and prediction of intra/inter-species relationships & properties of antigenic region 4 of HA protein of swine influenza H1N1 virus in Iran in order to present a proper candidate for vaccine |
|
224 Time(s) |
|
11 |
In-silico evaluation of Iran NDV fusion protein in order to present effective vaccine candidate |
|
185 Time(s) |
|
12 |
Analysis of Common Transcription Factors in SnRK2 Gene Family in Rice |
|
233 Time(s) |
|
13 |
Promoter Analysis of SRK2 Gene Family in Arabidopsis |
|
234 Time(s) |
|
14 |
In silico analysis of the effective miRNAs regulating the rheumatoid arthritis |
|
311 Time(s) |
|
15 |
In-silico evaluation of Human papioma virus L1 protein in order to present effective vaccine candidate |
|
236 Time(s) |
|
16 |
Calculation and user-friendly reporting of anticipated amplicons from (un)specific primer-binding on bisulfite-treated genomes |
|
194 Time(s) |
|
17 |
Potential of genomics for discovering addiction |
|
207 Time(s) |
|
18 |
Stratification of breast cancer subtypes using somatic mutation and none negative matrix factorization |
|
217 Time(s) |
|
19 |
Meta-Analysis Approach to the Estrogen Receptor-Alpha Gene Pvull (T/C) Polymorphism and Preeclampsia Risk |
|
205 Time(s) |
|
20 |
Modelling a combined method based on SVM, NN and Boosted C5.0 decision tree for Hepatitis Disease Diagnosis |
|
246 Time(s) |
|
21 |
Effect of KLK2 nsSNPs on prostate related disease |
|
227 Time(s) |
|
22 |
Design of GST Target-Specific Primers for Polymerase Chain Reaction |
|
199 Time(s) |
|
23 |
Chronic inflammation leads ASD children to Cancer |
|
189 Time(s) |
|
24 |
Derivative free nonsmooth optimization algorithm for large data clustering |
|
177 Time(s) |
|
25 |
Cancer Biomarker Discovery Using High Performance Algorithm |
|
221 Time(s) |
|
26 |
In silico analysis of cis-acting regulatory elements in 5 regulatory regions of Ca2+/cation antiporters gene family in Zea mays L. |
|
180 Time(s) |
|
27 |
Up-regulated specific MicroRNA-4640 in Brain Tumor Metastasis of Breast Cancer |
|
156 Time(s) |
|
28 |
Investigating the difference in the gene expression profile of breast cancer metastasis to the brain with the lung, liver and bone tissues |
|
180 Time(s) |
|
29 |
Clustering colon cancer patients based on their gene expression |
|
158 Time(s) |
|
30 |
Large Scale Gene Expression Analysis towards Understanding the Crown Response to Cold Stress in Barley |
|
183 Time(s) |
|
31 |
Large Scale Gene Expression Analysis towards Understanding the Roots Response to Drought Stress in Wheat |
|
176 Time(s) |
|
32 |
Identification of Novel Members of miR166 family in Barley |
|
148 Time(s) |
|
33 |
Novel Features Ranking Method for High Dimensional Biological Data |
|
158 Time(s) |
|
34 |
New Combining of SMOT and Tomek Links Sampling Methods for Functional Association Genes Prediction on Highly Imbalanced Data Sets |
|
168 Time(s) |
|
35 |
Classification and prediction of therapeutic compositions of a number of plants |
|
158 Time(s) |
|
36 |
The Role of Data Mining on Improving the Quality of Disease Treatment |
|
165 Time(s) |
|
37 |
UNaProd 1.0: Universal Natural Product Resource |
|
165 Time(s) |
|
38 |
Modeling polyclonality and mutation in Microbal Enhanced Oil Recovery |
|
171 Time(s) |
|
39 |
Investigation of the expression of glycolysis, pentose phosphate and fatty acid biosynthesis genes in aerobic and anaerobic conditions in E. coli |
|
151 Time(s) |
|
40 |
Influenza Bioinformatics Resources |
|
149 Time(s) |
|
41 |
In-silico analysis of nucleic acid and amino acids (Env, Pol Gag, Vif,Tat) of the HIV-1 virus (human immunodeficiency virus) for evaluating of the genetic evolutionary and signature pattern of Iran strains |
|
191 Time(s) |
|
42 |
Sequencing the ovine pancreatic RNase A gene, a potent immunotoxin, in Iranian wild and domestic sheep |
|
165 Time(s) |
|
43 |
In silico genome wide analysis of aquaporins in Musa acuminata |
|
193 Time(s) |
|
44 |
Comparsion of Haplotype block stracture in Angus Bulls genotyped by 50k and 777k |
|
161 Time(s) |
|
45 |
Comparision of ROH detection in Angus breed genotyped by 50k and 777k Bovine Beadchip |
|
180 Time(s) |
|
46 |
Estimation of effective population size (Ne) in Angus breed by 777K Bovine BeadChip |
|
157 Time(s) |
|
47 |
Evolutionary pattern of the genus Salvia L. |
|
182 Time(s) |
|
48 |
Prediction of subcellular localization of multi-location proteins in Arabidopsis thaliana using a probabilistic model integrating family-driven and protein-protein features |
|
199 Time(s) |
|
49 |
Evolutionary study of PHOSPHOLIPID: DIACYLGLYCEROL ACYLTRANSFERASE (PDAT), an enzyme in neutral lipid biosynthesis between plants with high and low oil content |
|
192 Time(s) |
|
50 |
Molecular dynamics simulation study of Protein- Nanoparticle Interactions |
|
133 Time(s) |
|
51 |
Whole-Genome Based Molecular Phylogeny of Crimean-Congo Hemorrhagic Fever Virus for More Accurate Identification of the Virus Origin |
|
157 Time(s) |
|
52 |
MiR Provide: a comprehensive database of predicted and validated microRNA-target interactions |
|
192 Time(s) |
|
53 |
Investigation of phylogenetic, protein network and cis regulatory elements of TPRN: A key gene causing deafness, autosomal recessive 79 |
|
141 Time(s) |
|
54 |
In silico analysis of USHIC gene causing deafness autosomal recessive 18 and Usher syndrome type 1C |
|
195 Time(s) |
|
55 |
Chemoselectivity of acetylene hydratase towards a few amines and alchols |
|
163 Time(s) |
|
56 |
Molecular docking study on the interaction of LU AF64280 and LU AF33241 with PDE2A |
|
161 Time(s) |
|
57 |
In Silico Analysis of Non-Synonymous Single Nucleotid Polymorphisms (nsSNPs) in Human IL 6 Gene |
|
163 Time(s) |
|
58 |
Analysis of Physicochemical Properties and Structure of Laccase |
|
165 Time(s) |
|
59 |
Determination and Identification of Important and Influential Nodes Involved in the Pathology of Amyotrophic Lateral Sclerosis Using Improved TOPSIS Method |
|
150 Time(s) |
|
60 |
Bioinformtic analysis of microbial phytase |
|
175 Time(s) |
|
61 |
Bioinformatics analysis on the physicochemical properties and structure of bacterial chitinase enzyme |
|
153 Time(s) |
|
62 |
Bioinformatic Analysis and Stability Assessment of Cold-adapted Xylanases |
|
211 Time(s) |
|
63 |
Computational designing of poly-epitopic vaccine by Targeting E6 Protein Sequences |
|
156 Time(s) |
|
64 |
Designing of Polyepitopic Vaccine by Targeting E7 Protein Sequences: An Immuno Informatics Approach in Human Papillomavirus 16 |
|
158 Time(s) |
|
65 |
Important Nodes Detection in Biological Networks: A Graph Kernel based Approach |
|
154 Time(s) |
|
66 |
In silico analysis of a new Brucella vaccine candidate |
|
205 Time(s) |
|
67 |
Investigating the different environments of active site glutamates of Glyoxalase I |
|
180 Time(s) |
|
68 |
Thr-101 and HOH-404 in proton exchange of glutathione hydroxyacetone by Glyoxalase I |
|
149 Time(s) |
|
69 |
Investigation of interaction between two anti-diabetic drugs and human serum albumin, through molecular docking simulation |
|
151 Time(s) |
|
70 |
In silico analysis of different signal peptides for secretory production of truncated keratinocyte growth factor in escherichia coli |
|
177 Time(s) |
|
71 |
In silico Structure Analysis of Acinetobacter baumannii Outer Membrane Protein, BtuB, as a Potential vaccine candidate |
|
144 Time(s) |
|
72 |
Investigation of the temperature-sensitive gating of TRPV2 channel by molecular dynamics simulation |
|
165 Time(s) |
|
73 |
The role of a-Synuclein misfolding in Parkinson's disease |
|
175 Time(s) |
|
74 |
Enhancing thermal stability of the Streptomyces chitinase enzyme using In Silico point mutation |
|
155 Time(s) |
|
75 |
Bioinformatics Study of Heat Shock Protein 90 (HSP90) among Animalia classes, Especially in Tardigrada (Ramazzottius varieornatus) |
|
165 Time(s) |
|
76 |
Using an active learning semi-supervision algorithm for classifying of ECG signals and diagnosing heart diseases |
|
141 Time(s) |
|
77 |
The K461Q mutation increases the thermo-stability of B-xylosidase: an in silico study |
|
159 Time(s) |
|
78 |
Preference of dipeptides for adopting helix conformation |
|
160 Time(s) |
|
79 |
The bioinformatical analysis Artemis defected protein in a subset of SCID patients |
|
205 Time(s) |
|
80 |
In silico analysis of TREM2 gene involved in Alzheimer's disease |
|
191 Time(s) |
|
81 |
Molecular Docking of secondry metabolite in agrimonia as Acetylcholinesterase Inhibitors in Alzheimer's disease Treatment |
|
178 Time(s) |
|
82 |
In Silico Epitope Mapping of Acinetobacter Baumannii Outer Membrane Protein, Filf, As a Potential Vaccine Candidate |
|
182 Time(s) |
|
83 |
In Silico Structural Analysis of Acinetobacter Baumannii Outer Membrane Protein, FilF, As a Potential Vaccine Candidate |
|
161 Time(s) |
|
84 |
Computational analysis of pathogenic mutation effects on human acyl-CoA dehydrogenase structure and stability |
|
159 Time(s) |
|
85 |
Atomistic insights into the binding process in the column chromatography |
|
135 Time(s) |
|
86 |
Atomistic insights into the Protein-functionalized nanoparticles |
|
152 Time(s) |
|
87 |
Stability and affinity analysis of commercial anti-TNF-a antibodies: in-silico study |
|
143 Time(s) |
|
88 |
An improved model of class C GPCR family member sweet taste receptor : construction and dynamics |
|
158 Time(s) |
|
89 |
Bioinformatics study on the role of aromatic amino acids in the position of residue Leucine 25 in Aequorin with site-directed mutagenesis |
|
162 Time(s) |
|
90 |
Investigating the effect of lysine 89 residue alteration using a site-directed mutagenesis on the structure and function of mnemiopsin 2 photoprotein via bioinformatics study |
|
150 Time(s) |
|
91 |
Predicting RNA Secondary Structures of ADC and ODC Genes Involved in Putrescin Biosynthesis in Fenugreek (Trigonella foenum-graceum L.) |
|
178 Time(s) |
|
92 |
Bioinformatic Study of miRNAs Involved in Wheat (Triticum aestivum) Vernalization |
|
173 Time(s) |
|
93 |
Bioinformatic analysis of acyl carier protein (ACP) in eukaryotes and prokaryotes |
|
163 Time(s) |
|
94 |
Structural modelling the of fatty acid ester in Rhizopogon luteolus Mushroom |
|
153 Time(s) |
|
95 |
In silico analysis of mitochondrial tRNAlue(CUN) structure in the presence of A12308G polymorphism in patients with non-dystrophic myotonia |
|
177 Time(s) |
|
96 |
In Silico Design, Analysis and Structure Prediction of Tow New Chimeras of VK210/VK247CSP Antigen for Development of a Malaria Pre-erythrocytic Subunit Vaccine Candidate |
|
156 Time(s) |
|
97 |
Immunogenic epitopes prediction of SP15 protein of Phlebotomus papatasi salivary gland by bioimmunoinformatic |
|
167 Time(s) |
|
98 |
ACon: predicting protein contact-map using additive neural networks and subgroups balancing method |
|
137 Time(s) |
|
99 |
Assessing the stability of a drug-like inhibitory peptide in complex with B-Catenin using umbrella sampling |
|
148 Time(s) |
|
100 |
Prediction the structure of the psbU protein using the method homology modeling |
|
151 Time(s) |
|
101 |
PSSMFG: a bioinformatics tool for generating descriptors based on PSSM profiles |
|
165 Time(s) |
|
102 |
Effect of Acetylation of Substance P on the Binding to NK1 Receptor by Molecular Dynamics Simulation |
|
185 Time(s) |
|
103 |
Detection of Critical Genes Associated with Bovine Staphylococcus aureus (S. aureus) Subclinical Mastitis in Dairy Cattle |
|
204 Time(s) |
|
104 |
Trade-off shapes diversity in eco-evolutionary dynamics |
|
184 Time(s) |
|
105 |
Evaluation of 6 scoring systems in emergency department |
|
163 Time(s) |
|
106 |
A Mutally information method for initialization of K2 alogorithms in Bayesian Gen Regularity Network |
|
164 Time(s) |
|
107 |
Imputation of non-genotyped parents using genotype information of their relatives |
|
156 Time(s) |
|
108 |
Statistical Analysis of Dihedral Angles Perturbation |
|
162 Time(s) |
|
109 |
Analysis of a Hepatitis C Virus Infection Model with Interval Drug Effectiveness and Target Cells |
|
151 Time(s) |
|
110 |
A hybrid evolutionary algorithm for multimodal functions with application to the drug therapy of cancer |
|
163 Time(s) |
|
111 |
Breast Cancer Detection via Tree Algorithms |
|
144 Time(s) |
|
112 |
Epilepsy Recognition Using Mixture Autoregressive with Two First Order autoregressive Components |
|
138 Time(s) |
|
113 |
Assessment of population structure in cornelian cherry (Cornus mas L.) genotypes using bioinformatics STRUCTURE 2.3.4 software |
|
161 Time(s) |
|
114 |
Introduction and investigation of the Top scoring pair method by detecting the efficiency of drug in breast cancer |
|
163 Time(s) |
|
115 |
Differential Game Theory Approach in SIR Epidemic Model |
|
163 Time(s) |
|
116 |
Investigation of the diffusion regime of Magnetospirillum gryphiswaldense |
|
166 Time(s) |
|
117 |
Game theory approach in analyzing biological networks |
|
149 Time(s) |
|
118 |
Reconstruction of intercellular signaling network in mouse immune system |
|
194 Time(s) |
|
119 |
Identification and Validation of UGE1 Candidate Gene Associated to Drought Stress in Plants by Gene Expression Analysis |
|
162 Time(s) |
|
120 |
Analysis of gene co-expression weighted network identifies specific module related to Parkinson |
|
182 Time(s) |
|
121 |
Esophageal cancer: insight into protein network and identification of proteins related to this cancer using bioinformatics tools |
|
159 Time(s) |
|
122 |
Network parameters to detect hubs and bottlenecks in the gene regulatory networks |
|
153 Time(s) |
|
123 |
Mycophenolic acid treatment alters gene regulatory network of gastric cancer cell line AGS |
|
159 Time(s) |
|
124 |
Detection of hub genes and protein complexes in gastric cancer cell line AGS exposed to mycophenolic acid by network-based analysis |
|
152 Time(s) |
|
125 |
Codon usage and protein analyses of UDP-Glycosyltransferase in the medicinal plant, Stevia (Stevia Rebaudiana) |
|
195 Time(s) |
|
126 |
The comparision between Distance and character based methods in Phylogentic study |
|
180 Time(s) |
|
127 |
The advantages and disadvantages of using three different kinds of character-based method in phylogenetic study |
|
142 Time(s) |
|
128 |
An improved control strategy for gene regulatory networks using batch reinforcement learning |
|
152 Time(s) |
|
129 |
The gut microbiome: when autism makes a connection to cancer! |
|
171 Time(s) |
|
130 |
Assessment and extension of Interaction network of the salinity responsive genes in plants |
|
154 Time(s) |
|
131 |
Personalized Cancer Driver Gene Identification, A Network Based Approach |
|
170 Time(s) |
|
132 |
Sleep Apnea Detection from ECG Signal based on MLP-NN and GA |
|
139 Time(s) |
|
133 |
In silico microRNA analysis binding to Tomato spotted wilt virus in tomato |
|
165 Time(s) |
|
134 |
A novel algorithm to identification of breast cancer biomarkers |
|
162 Time(s) |
|
135 |
Haplotype Assembly Using Rank Minimization |
|
155 Time(s) |
|
136 |
Prediction and evaluation of driver genes based on TCGA somatic mutations data in breast invasive carcinoma patients |
|
196 Time(s) |
|
137 |
Molecular mechanisms of mastitis susceptibility in dairy cattles |
|
188 Time(s) |
|
138 |
Transcriptomic analysis for compactness of Sistan Yaghooti grape clusters |
|
163 Time(s) |
|
139 |
How to analysis methylation sequencing data using DMRFusion? |
|
183 Time(s) |
|
140 |
Metagenome Assembly: Explanation, Challenges and Future Trends |
|
141 Time(s) |
|
141 |
Study of Nucleotide Diversity and its Frequency in NPY Gene in Indigenous Turkeys of Iran |
|
158 Time(s) |
|
142 |
Evaluation of quality-related parameters in raw NGS data and implementing tools to obtain them |
|
168 Time(s) |
|
143 |
In Silico Analysis of DREB2 Transcription Factor Gene family in Aeluropus littoralis |
|
158 Time(s) |
|
144 |
Exploring Genomic Traits of a Midgut Bacterial Symbiont of the Stinkbug Acrosternum arabicum (Hem., Pentatomidae) |
|
171 Time(s) |
|
145 |
Haplotype Inference from Genotype Data Using Evolutionary Method (ARO) |
|
150 Time(s) |
|
146 |
Discovery of novel Mycobacterial lasso peptide biosynthetic gene clusters and structure prediction of the resulting peptide |
|
162 Time(s) |
|
147 |
Transcriptome Analysis in Medicinal Plant Leaves of Citrullus colocynthis to Identify the Genes Related to Production of Pharmaceutical Compounds |
|
170 Time(s) |
|
148 |
Transcriptome Analysis of Male and Female Inflorescence of Medicinal Plant Citrullus Colocynthis to Identification the Effective Genes in Determination of Flower Sexuality |
|
145 Time(s) |
|
149 |
A development framework for data analytics in genomics |
|
195 Time(s) |
|
150 |
Approximation of knowledge-based potential function using b-splines in discrimination of native structure |
|
167 Time(s) |
|
151 |
Identification of Potential Factors to Enhance RPE Differentiation from ESC by Bioinformatics Analysis of Mesenchymal Cells |
|
225 Time(s) |
|
152 |
A Network-Based Drug Repositioning Approach |
|
157 Time(s) |
|
153 |
Computational Drug Repositioning: A Review on Databases and Approaches |
|
159 Time(s) |
|
154 |
Reconstruction Of Intercellular Signaling Network: A Review On The Databases And Methods |
|
151 Time(s) |
|
155 |
In silico prediction of preferred substrate of some HAD-Related Acid Phosphatase of A. thaliana |
|
137 Time(s) |
|
156 |
Designing specific primer to replication partial sequence of the PgaA gene responsible for the synthesis of endo-polygalacturonase enzymes in Aspergillus niger |
|
173 Time(s) |
|
157 |
Step by Step from Machine Learning Algorithm to Making QSAR model: Present a Combined Feature Selection with a Case Study |
|
143 Time(s) |
|
158 |
Protein design using native secondary sub-structures and solvent accessibility |
|
146 Time(s) |
|
159 |
Designing and screening of a biomimetic peptide library to select blocking peptides interupting B-catenin/LRH-1 complex in pancreatic cancerous cells |
|
174 Time(s) |
|
160 |
Role of Glycosylation in Developing Anti-cancer Therapeutics |
|
161 Time(s) |
|
161 |
Rational Design of a peptide aptamer targeting P53 tumor suppressor protein by Computational Methods |
|
172 Time(s) |
|
162 |
Design and Synthesis of the Novel Coumarin-Quinoline Hybrids as Multitarget Inhibitors of the Acetylcholinesterase, Butyrylcholinesterase and Monoamine oxidase-B |
|
148 Time(s) |
|
163 |
Molecular Dynamics Studies of Truncated Human Cathelicidin LL:37 Peptide Interacting with a Bacterial Model Membrane |
|
149 Time(s) |
|
164 |
Drug Repurposing for Human HER2 Positive Breast Cancer based on Gene Co expression Data |
|
166 Time(s) |
|
165 |
Design, Molecular Dynamic Simulation and Docking of An Anti angiogenic Peptide |
|
161 Time(s) |
|
166 |
Hightroughput structure-based virtual screening to repropose new inhibitory compounds against FoxM1 transcription factor overexpressing in pancreatic cancerouse cell lines |
|
213 Time(s) |
|
167 |
Molecular docking study on anticancer activity of phycocyanobilin |
|
171 Time(s) |
|
168 |
Molecular Docking and structure-based Rivaroxaban novel analogs |
|
193 Time(s) |
|
169 |
Molecular docking of glucosyltransferase enzyme (The most important factor in development of dental plaque) with Myrtus compounds |
|
174 Time(s) |
|
170 |
In silico prediction of Anti-infective properties of therapeutic chemicals at Medicinal Plants |
|
162 Time(s) |
|
171 |
COMFA and COMSIA 3D-QSAR and Molecular Docking Studies on Biaryl Benzamides derivatives as Histone Deacetylase 1 Selective Inhibitors |
|
168 Time(s) |
|
172 |
In silico study the natural APC3 inhibitor |
|
155 Time(s) |
|
173 |
Designing and molecular docking studies of deferasirox and its derivatives |
|
151 Time(s) |
|
174 |
Drug Clusterng and Recommender System for Drug-Drug Interactions by Using Singular Value Decomposition |
|
165 Time(s) |
|
175 |
STUDY ON THE EFFECT OF TWO NEW PHENOLIC COMPOUNDS ON THE ACTIVITY OF HUMAN SALIVARY ALPHA-AMYLASE |
|
187 Time(s) |
|
176 |
In silico docking evaluation of a-Amylase inhibitory activity of N-(pyridine-2 ylcarbamothiol)benzamide |
|
188 Time(s) |
|
177 |
Molecular effects of Ganoderma lucidum: a bioinformatical approach |
|
150 Time(s) |
|
178 |
Theoretical investigation of antimicrobial property of native histatin-3 and its four mutants via molecular Dynamics simulation method |
|
169 Time(s) |
|
179 |
The rational design of the new anti-alzheimer drugs via in-silico approach |
|
159 Time(s) |
|
180 |
In silico analysis of drug resistance in HIV-reverse transcriptase inhibitors |
|
171 Time(s) |
|
181 |
Vision and Mission of Bioinformatics in Toxicology |
|
156 Time(s) |
|
182 |
Alignment Independent 3D-QSAR Study of AT1 Inhibitors as Anti-hypertensive Drugs |
|
162 Time(s) |
|
183 |
Simulation of para-substituted phenyl propionic acid derivatives interactions with GPR40 in the treatment of type 2 diabetes disease |
|
160 Time(s) |
|
184 |
Calculation of amino acids propensity for secondary structures |
|
165 Time(s) |
|
185 |
Evaluation of peripheral effects for gamma carboxylase effective in blood coagulation and relating proteins using QM/MM methods |
|
150 Time(s) |
|
186 |
New Algorithm for Protein Catalytic Site Recognition, Based on Graph Matching |
|
140 Time(s) |
|
187 |
Evaluation of bioinformatics characteristics of NPC1 protein (Niemann-Pick C1) |
|
171 Time(s) |
|
188 |
Molecular modeling and dynamics simulation of a histidine-tagged TGFB |
|
148 Time(s) |
|
189 |
Finding genes involved in HA production a Systems Biology Approach |
|
140 Time(s) |
|
190 |
Identification of unstable points in protein using analiysis prepheral of each residue |
|
181 Time(s) |
|
191 |
CSFinder (Cleavage Site Finder): A Web-based Software for Identifying Potential Cleavage Site of Protein Based on 3D Structure |
|
170 Time(s) |
|
192 |
Structural Analyses on aromatic-aromatic Interactions in Proteins |
|
151 Time(s) |
|
193 |
Study of Red/ox Dynamics of Human Protein Disulfide Isomerase by Machine Learning and Network Analysis |
|
163 Time(s) |
|
194 |
Protein Structure Reduction in Protein Fold Recognition |
|
145 Time(s) |
|
195 |
A two layers hybrid approach for integration and first stage analysis of bioinformatics data based on hypergraph |
|
153 Time(s) |
|
196 |
Notch pathway Gene Network in Colorectal Cancer Drug Treatment |
|
143 Time(s) |
|
197 |
Regulatry Network in MKN-45 Cell Line in Response to Ibuprofen |
|
156 Time(s) |
|
198 |
Differentation gene expression of Notch signaling pathway response to Ivermectin |
|
169 Time(s) |
|
199 |
CBTH: a New Algorithm for MRTC Problem |
|
200 Time(s) |
|
200 |
Investigating the effect of solvent type on the formation of Epaxal liposome (DOPC DOPE) using coarse-grained molecular dynamics simulation |
|
147 Time(s) |
|
201 |
Simulation Studied of Conjugated anti-Hepatitis B antibody to Streptavidin |
|
163 Time(s) |
|
202 |
QSAR and Molecular Docking Studies on Phthalazinone Derivatives as Hi and H3 dual inhibitors: A New Approach to Treatment of Allergic Rhinitis |
|
156 Time(s) |
|
203 |
Identification of important volatile organic compounds as cancer biomarkers |
|
161 Time(s) |
|
204 |
Efficient Determination of Dead Markings of Petri Nets in Systems Biology |
|
154 Time(s) |
|
205 |
Efficient Computation of Steady States of Logical Models of Biological Systems |
|
165 Time(s) |
|
206 |
Application of Computational Systems Biology in Drug Discovery |
|
161 Time(s) |