Bangladesh-first chemical innovation platform

Building the chemistry engine that can move molecules from idea to cure.

Chem2Cure is designed to establish a modern culture of API synthesis, preclinical drug discovery, AI-aided medicinal chemistry, and practical chemistry education in Bangladesh.

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API synthesis culture Preclinical discovery AI for drug discovery Learner-first training

of APIs are currently imported, creating a major need for local synthetic chemistry capability.

foundational tracks: API synthesis, preclinical discovery, AI-aided discovery, and education reform.

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a platform aiming to seed a next-generation drug discovery culture in Bangladesh.

Structural biology in discovery

See how modern drug discovery begins with structure.

Chem2Cure connects chemistry training with the protein structures, binding sites, and molecular decisions that shape modern small-molecule discovery. This 15-second preview uses the RCSB PDB structure 8HLJ as a visual example for AI-aided and structure-guided research.

Protein structure Binding-site thinking AI-aided discovery Medicinal chemistry

Explore discovery model Open RCSB 8HLJ

RCSB PDB 8HLJ structural preview

15 sec clip Protein structure preview

Clip generated from public RCSB PDB 8HLJ coordinate data. Use the RCSB button above to open the full interactive 3D structure.

The Chem2Cure mission

Four Bangladesh-first goals, built as one operating platform.

Click a card to see how each goal connects training, research culture, AI readiness, and industry-aligned execution.

Programs

Training built for execution, not certificate collection.

Chem2Cure courses combine conceptual clarity, modern tools, case studies, assignments, and project-style thinking. The goal is to produce chemists who can build, analyze, troubleshoot, and communicate.

High-Efficiency Synthetic Organic Chemistry

API route design, retrosynthesis, process awareness, purification, and documentation.

Small-Molecule Drug Discovery

Target selection, hit discovery, SAR, ADME, safety, and preclinical decision logic.

AI-Aided Drug Discovery

Boltz-style structure prediction, virtual screening, docking, data triage, and AI literacy.

Chemistry Education Studio

Organic, medicinal, research integrity, scientific writing, and modern chemistry tools.

Featured pathway

A practical pathway from student to research-ready chemist.

Foundation

Organic chemistry, mechanism thinking, spectroscopy, and literature reading.

Execution

Route design, reaction setup, troubleshooting, purification, safety, and reporting.

Discovery

Medicinal chemistry, SAR, target biology, assays, ADME, and data-driven decisions.

Innovation

AI workflows, preclinical projects, partnerships, and translational research culture.

Our learners' experience

A course journey that feels like a research studio.

Chem2Cure learners do not just watch lectures. They join a guided pathway with diagnostic preparation, live problem solving, tool exposure, applied assignments, and a final learning packet they can use for interviews, research applications, or industry conversations.

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Before class Diagnostic prompts and reading map

During class Live cases, molecule logic, and tool demos

After class Assignments, feedback, and completion packet

Community Mentor-led pathway toward research readiness

Our partners

A partner ecosystem for Bangladesh-first chemistry innovation.

Chem2Cure is designed to collaborate with institutions, industry teams, research groups, and global mentors who want to build real chemistry and drug discovery capacity.

Universities and colleges

Course partnerships, curriculum modernization, seminars, and project-based training.

Pharma and API industry

API synthesis, route-design training, process awareness, and documentation culture.

Research and clinical networks

Preclinical research planning, assay logic, translational thinking, and grant development.

Global scientist mentors

Connecting Bangladesh's future chemists with international experience and research standards.

Partner slots ready for institutional logos University Pharma Research lab CRO/CDMO Become a partner

Founder-led

Led by Dr. Rauful Alam

Staff Scientist at the University of Chicago, Ph.D. in Organic Chemistry, drug discovery scientist, and core contributor to PTC518 (votoplam), now in Phase III trials for Huntington's disease.

Meet the founder