Complete syllabus navigation

Chemical foundations, biomolecular structure, biophysical chemistry, catalysis, and metabolism.

Membranes, organelles, chromosomes, cell cycle control, and microbial physiology.

Replication, transcription, translation, and regulation of gene expression.

Signaling, cellular communication, immunity, host-pathogen interactions, and cancer biology.

Core developmental concepts across animals and plants including morphogenesis and senescence.

Plant photosynthesis, transport, metabolism, signaling, and stress physiology.

Integrated animal physiology from circulation to neuroendocrine and metabolic homeostasis.

Mendelian, molecular, chromosomal, human, and quantitative genetics.

Evolutionary mechanisms and diversity across microbes, protists, fungi, plants, and animals.

Ecology, conservation, policy, and behavioral biology.

Sequence analysis, modeling, structure prediction, drug design, and systems biology.

Engineering mathematics, thermodynamics, bioprocessing, downstream processing, and synthetic biology.

Medical, animal, agricultural, marine, and environmental biotechnology advances.

Experimental methods, omics, microscopy, field biology, statistics, biosafety, and ethics.