Multiscale Pangenome Analysis: A New Tool "PGR-TK" Improves Representation of Repetitive and Clinically Relevant Genes

Multiscale Pangenome Analysis: A New Tool “PGR-TK” Improves Representation of Repetitive...

Aditi Sarkar - 0
GPT-powered Drug Discovery: Meet DrugGPT, the Game-Changing "ChatGPT" for Ligand Design

GPT-powered Drug Discovery: Meet DrugGPT, the Game-Changing “ChatGPT” for Ligand Design

Neegar Naushaba Iqbal - 3
A Synergistic Approach: AlphaFold and Symmetrical Docking for Precise Protein Assembly Structure Prediction

A Synergistic Approach: AlphaFold and Symmetrical Docking for Precise Protein Assembly...

Aditi Sarkar - 0
Predicting Heart Attack Risk Faster and More Accurately than Current Methods: The Role of Machine Learning in ECG Diagnosis

Predicting Heart Attack Risk Faster and More Accurately than Current Methods:...

Neegar Naushaba Iqbal - 0
Guardians of Immunity: How T Cells Fight Diseases and Keep Us Healthy

Guardians of Immunity: How T Cells Fight Diseases and Keep Us...

Neegar Naushaba Iqbal - 0
Explore how Artificial Intelligence revolutionizes molecular simulations, unlocking new realms of discovery and insights.

Innovating Molecular Simulations: Unleashing the Power of Artificial Intelligence for Revolutionary...

Aditi Sarkar - 0
Predicting Childhood ADHD Symptoms: The Promising Role of Neurocognitive Assessments and Machine Learning

Predicting Childhood ADHD Symptoms: The Promising Role of Neurocognitive Assessments and...

Aditi Sarkar - 0
Deep Encoder-Decoder Network: A Tool for Fragment Linker Prediction in PROTACs Drug Design

Deep Encoder-Decoder Network: A Tool for Fragment Linker Prediction in PROTACs...

Neegar Naushaba Iqbal - 0
Transforming Healthcare: Empowering Clinicians with AutoPrognosis 2.0's Democratized Machine Learning Models

Transforming Healthcare: Empowering Clinicians with AutoPrognosis 2.0’s Democratized Machine Learning Models

Aditi Sarkar - 0
Uncovering the Genetic Blueprint of Cotton: Scientists Sequence the Cotton Genome

Uncovering the Genetic Blueprint of Cotton: Scientists Sequence the Cotton Genome

Dr. Tamanna Anwar - 0
BioAutoMATED: Empowering Life Scientists with Automated Machine Learning for Analyzing and Designing Biological Sequences

Meet BioAutoMATED: Empowering Life Scientists with Automated Machine Learning for Analyzing...

Neegar Naushaba Iqbal - 0
AI-Powered Protein-Protein Interaction Drug Discovery Pipeline Yields a Promising SARS-CoV-2 Inhibitor

AI-Powered Protein-Protein Interaction Drug Discovery Pipeline Yields a Promising SARS-CoV-2 Inhibitor

Aditi Sarkar - 0
Discovering Genome-Wide Chromatin Connections: Multiplex-GAM vs. Hi-C Showdown!

Discovering Genome-Wide Chromatin Contacts: Multiplex-GAM vs. Hi-C Showdown!

Dr. Tamanna Anwar - 0
Drug-Microbiome Interactions: Machine Learning Model Predicts How Drugs Affect Gut Microbiome

Drug-Microbiome Interactions: Machine Learning Model Predicts How Drugs Affect Gut Microbiome

Aditi Sarkar - 1
Exploring Molecular Alterations in Cancer with cProSite: A Web-based Tool for Genomics, Proteomics, and Phosphoproteomics Data Analysis

Exploring Molecular Alterations in Cancer with cProSite: A Web-based Tool for...

Dr. Tamanna Anwar - 0
Unveiling the Spatial Dynamics of Malaria Transmission: A Patch-Based Modeling Framework

Unveiling the Spatial Dynamics of Malaria Transmission: A Patch-based Modeling Framework

Aditi Sarkar - 0
Unlocking New Insights in Alzheimer's Disease: UC Irvine Neuroscientists Develop the 'Meta-Cell'

Unlocking New Insights in Alzheimer’s Disease: UC Irvine Neuroscientists Develop the...

Dr. Tamanna Anwar - 0
Mapping the Cellular Landscape of the Lung: A Comprehensive Human Lung Cell Atlas in Health and Disease

Mapping the Cellular Landscape of the Lung: A Comprehensive Human Lung...

Aditi Sarkar - 0
UCSC Scientists Introduce "DeepSea": A Novel Deep Learning-based Software for Cell Detection and Tracking

UCSC Scientists Introduce “DeepSea”: A Novel Deep Learning-based Software for Cell...

Dr. Tamanna Anwar - 0
Integrating Machine Learning, Metabolomics and Structural Analysis for Drug Off Target Discovery

Drug Off-target Discovery: Integrating Machine Learning, Metabolomics, and Structural Analysis in...

Aditi Sarkar - 1
Enhancing Protein Complex Structure Modeling with AlphaLink: Deep Learning Meets Crosslinking Mass Spectrometry

Enhancing Protein Complex Structure Modeling: Deep Learning Meets Crosslinking Mass Spectrometry

Dr. Tamanna Anwar - 0
MIT's Language Model "ConPLex" Applied to Protein-Drug Interactions Speeds up Screening of Large Compound Libraries

MIT’s Language Model “ConPLex” Applied to Protein-Drug Interactions Speeds up Screening...

Aditi Sarkar - 0
Serverless Deep Learning Models for Peptide Property Prediction: Achieving State-of-the-Art Results without Cloud Dependencies

Serverless Deep Learning Models for Peptide Property Prediction: Achieving State-of-the-Art Results without...

Aditi Sarkar - 0
Advancing Drug Discovery with DrugEx: An Open-Source Software Package for Exploring the Depths of Drug-Like Chemical Space using Deep Learning Models and Tools

Advancing Drug Discovery with DrugEx: An Open-source Software Package for Exploring...

Dr. Tamanna Anwar - 0
Integrating Transcriptomics, Metabolomics, and In-silico Drug Predictions to Analyze Burn-induced Liver Damage

Integrating Transcriptomics, Metabolomics, and In-silico Drug Predictions to Analyze Burn-induced Liver...

Aditi Sarkar - 0
Mount Sinai Researchers Unveil a Vision-Based Transformer Model "HeartBEiT" for Interpreting Electrocardiograms as Language

Mount Sinai’s Vision-based Transformer Model “HeartBEiT” Interprets Electrocardiograms as Language

Dr. Tamanna Anwar - 0
Advancing Protein Subcellular and Suborganellar Localization Prediction and Visualization with MULocDeep

Advancing Protein Subcellular and Suborganellar Localization Prediction and Visualization with MULocDeep

Aditi Sarkar - 0
Meet Snekmer: A Powerful Machine Learning Based Protein Annotation Tool Utilizing Peptide Fingerprinting

Meet Snekmer: A Powerful Machine Learning Based Protein Annotation Tool Utilizing...

Dr. Tamanna Anwar - 0
AI-Driven Retrosynthesis Prediction with G2Retro: Prospects in Drug Development

AI-Driven Retrosynthesis Prediction with G2Retro: Prospects in Drug Development

Dr. Tamanna Anwar - 0
Accelerating Genomic Workflows: Harnessing the Power of NVIDIA Parabricks

Accelerating Genomic Workflows: Harnessing the Power of NVIDIA Parabricks

Dr. Tamanna Anwar - 0
Exploring Protein Modifications in Metabolic Diseases: Molecular Mechanisms and Therapeutic Strategies

Exploring Protein Modifications in Metabolic Diseases: Molecular Mechanisms and Therapeutic Strategies

Aditi Sarkar - 0
Meet MDASAE: A Novel Microbe-Drug Association Prediction Model

Meet MDASAE: A Novel Microbe-Drug Association Prediction Model

Aditi Sarkar - 0
Repurposing 'Failed' Antibiotics: A Promising Approach for Herbicide Development

Repurposing ‘Failed’ Antibiotics: A Promising Approach for Herbicide Development

Dr. Tamanna Anwar - 0
Transforming Natural Product Identification Through Deep Self-Supervised Learning Language Models

Transforming Natural Product Identification through Deep Self-Supervised Learning Language Models

Aditi Sarkar - 0
Accelerating Genomic Analysis with GPUs: Meet the Genomics-GPU Benchmark Suite

Accelerating Genomic Analysis with GPUs: Meet the Genomics-GPU Benchmark Suite

Dr. Tamanna Anwar - 1
Harnessing Machine Learning to Expedite the Search for Plants with Antimalarial Properties

Harnessing Machine Learning to Expedite the Search for Plants with Antimalarial...

Dr. Tamanna Anwar - 1
AI-Driven Antibiotic Discovery: A Breakthrough in Combating Drug-Resistant Infections

AI-Driven Antibiotic Discovery: A Breakthrough in Combating Drug-Resistant Infections

Dr. Tamanna Anwar - 1
Decoding the DNA Repair Network: Insights from a Novel Multi-scale DNA Damage Response Assemblies Map

Decoding the DNA Repair Network: Insights from a Novel Multi-scale DNA...

Banhita Maitra - 0
Accessing the accuracy of AlphaFold 2 Models: A Closer Look at Drug Binding Modes Prediction

AlphaFold’s Impact on Drug Discovery: A Closer Look at How Accurately...

Dr. Tamanna Anwar - 1
Meet IRIS: the Innovative Computational Tool for Identifying de novo cancer immunotherapy targets from pre-mRNA alternative splicing

Meet IRIS: The Innovative Computational Tool for Identifying De Novo Cancer Immunotherapy Targets...

Banhita Maitra - 0
Meet Genomics to Notebook (g2nb): A Comprehensive Notebook Solution to Tackle Challenges in Bioinformatics Analysis

Meet Genomics to Notebook (g2nb): A Comprehensive Notebook Solution to Tackle...

Dr. Tamanna Anwar - 0
Unleashing the Potential of AI: Breakthroughs in Gene Activation Research and Unveiling Rare DNA Sequences

Unleashing the Potential of AI: Breakthroughs in Gene Activation Research and...

Dr. Tamanna Anwar - 0
Simulation Tools Shape the Landscape of New Generation Gene Silencing Therapies

Simulation Tools Shape the Landscape of New Generation Gene Silencing Therapies

Banhita Maitra - 0
Enhancing Mortality Risk Prediction in Cardiac Surgery: The Impact of Machine Learning Models

Enhancing Mortality Risk Prediction in Cardiac Surgery: The Impact of Machine...

Dr. Tamanna Anwar - 0
Fast and Accurate Imaging of Proteins in Cells with TomoTwin: A Novel AI-based Software

Fast and Accurate Imaging of Proteins in Cells with TomoTwin: A...

Banhita Maitra - 0
How Smartwatches are Revolutionizing Chronic Disease Prevention

A New Era of Healthcare: Discover the Potential of Smartwatches in...

Dr. Tamanna Anwar - 0
Meet Foldseek: A High-Performance Deep Learning Approach for Fast and Accurate Protein Structure Search

Meet Foldseek: A High-Performance Deep Learning Approach for Fast and Accurate...

Banhita Maitra - 0
Jumping Genes Could Transform Cancer Treatment with Innovative Immunotherapies

Jumping Genes Could Transform Cancer Treatment with Innovative Immunotherapies

Dr. Tamanna Anwar - 0
AI-Driven 3D Modeling Sheds Light on 'Postal Workers' or Commander complex within Human Cells

AI-Driven 3D Modeling Sheds Light on ‘Postal Workers’ within Human Cells

Dr. Tamanna Anwar - 0
Machine Learning-aided Auditory Categorization Model Decodes How Brains Recognize Communication Sounds

Machine Learning-aided Auditory Categorization Model Decodes How Brains Recognize Communication Sounds

Banhita Maitra - 0
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