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Programs

Our Life Science Courses

Rigorous, university-level life science courses — designed for ambitious undergraduates and delivered by world-class instructors.

4
Courses
Life sciences
387+
Total Students
130+
Sessions Delivered
4
Seasons
Summer, Spring, Fall
Basic Molecular Genetics
Summer 2025

Basic Molecular Genetics

A rigorous foundational course covering DNA structure, replication, transcription, translation, gene regulation, RNA biology, and genetics across model systems including Drosophila, mouse, and zebrafish.

DNA Structure & ReplicationTranscription (DNA → RNA)Translation & Protein SynthesisGene Regulation (Promoters & Enhancers)
112
Students
25
Sessions
72%
Attendance
Applications Closed
Detailed Syllabus

Basic Molecular Genetics

Core Modules
DNA Structure & Replication
Transcription (DNA → RNA)
Translation & Protein Synthesis
Gene Regulation (Promoters & Enhancers)
RNA Biology (Splicing, NMD)
DNA Repair & Mutagenesis
Mendelian Genetics
Model Systems (Drosophila, Mouse, Zebrafish)
Applicants: 330
Status: completed
Advanced Molecular Genetics
Spring 2025

Advanced Molecular Genetics

An elite course for students who cleared the rigorous Post-Course Assignment. Covers CRISPR, super-enhancers, AI-based protein design, NGS technologies, RNAseq, CAR-T, RNA therapeutics, epigenetics in cancer, and host-pathogen interactions.

CRISPR & Gene-Editing TechnologiesSuper-Enhancers & DNA LoopingChromatin RegulationAI-Based Protein Design
68
Students
23
Sessions
82%
Attendance
Applications Closed
Detailed Syllabus

Advanced Molecular Genetics

Core Modules
CRISPR & Gene-Editing Technologies
Super-Enhancers & DNA Looping
Chromatin Regulation
AI-Based Protein Design
NGS Technologies (Sanger, Illumina, Nanopore, 10X)
RNAseq Analysis
CAR-T & RNA Therapeutics
Cellular Plasticity & Epigenetics in Cancer
Host-Pathogen Interactions
Journal Club: Research Paper Analysis
Applicants: 125
Status: completed
Cell Biology
Fall 2025

Cell Biology

A comprehensive exploration from Princeton and Weill Cornell — covering the cytoskeleton, membrane systems, cell signaling, cell cycle, apoptosis, autophagy, neurodegeneration, plasma membrane biology, and advanced microscopy techniques.

Cytoskeleton & Membrane OrganizationCell Signaling Pathways & NetworksCell Cycle & DivisionApoptosis (Programmed Cell Death)
85
Students
31
Sessions
70%
Attendance
Applications Closed
Detailed Syllabus

Cell Biology

Core Modules
Cytoskeleton & Membrane Organization
Cell Signaling Pathways & Networks
Cell Cycle & Division
Apoptosis (Programmed Cell Death)
Cell Polarity, Adhesion & Migration
Lysosomes & Autophagy
Neurodegeneration
Plasma Membrane Biology
Advanced Microscopy (EM & Fluorescence)
Hands-On Cellular Mystery Challenges
Applicants: 193
Status: completed
Neurobiology
Fall 2025

Neurobiology

A deep dive into the most complex organ in the known universe — from gross neuroanatomy and action potentials to neurodegeneration, circadian rhythms, and advanced human neuroimaging. Features the innovative Alert Point engagement system.

Gross Neuroanatomy & Neural NetworksAction Potentials & Synaptic PlasticityNeuromuscular JunctionsNeuronal Development & Polarity
122
Students
51
Sessions
84%
Attendance
Applications Closed
Detailed Syllabus

Neurobiology

Core Modules
Gross Neuroanatomy & Neural Networks
Action Potentials & Synaptic Plasticity
Neuromuscular Junctions
Neuronal Development & Polarity
Neurogenetics & Chromatin Regulation
Drosophila Genetics & Animal Learning
Circadian Biology & Sleep Rhythms
Serotonergic Circuits
Neurodegeneration & TDP43 Proteinopathy
Lysosomal Function in Disease
Repeat Expansion Disorders
Network Pharmacology
EEG & Two-Photon Calcium Imaging
iPSC-Derived Neuron Applications
Metagenomics
Applicants: 232
Status: completed

Multi-Phase Selection Process

We select students through a rigorous, merit-based process that ensures every participant is committed and prepared.

PHASE 01
Application

Submit your application with your academic background and motivation.

PHASE 02
Screening

Applications reviewed for academic readiness and commitment.

PHASE 03
Selection

Selected candidates notified and onboarded to the course platform.

PHASE 04
Learning

Attend live sessions, journal clubs, and submit assignments.