Study embryonic development, cell differentiation, morphogenesis, and stem cell biology.
Understand tumor formation, metastasis, oncogenes, and modern approaches to cancer treatment.
Study bacteria, viruses, fungi, and their role in disease, immunity, and biotechnology.
Explore neural circuits, synaptic transmission, brain structure, and the biological basis of behavior and cognition.
Explore marine life, coral reefs, ocean currents, and the unique adaptations of aquatic organisms.
Apply computational methods to analyze genomic data, sequence alignment, and biological networks.
Study plant structure, photosynthesis, reproduction, and the diversity of plant life.
Master Mendelian genetics, DNA structure, gene expression, and inheritance patterns in organisms.
Understand innate and adaptive immunity, antibodies, vaccines, and autoimmune disorders.
Study ecosystems, biodiversity, population dynamics, and environmental conservation strategies.
Explore cell structure, organelles, membrane dynamics, and molecular mechanisms of cellular function.
Learn the structure and function of human organ systems from bones and muscles to cardiovascular and nervous systems.
Master transcription, translation, gene regulation, and molecular techniques like PCR and CRISPR.
Learn recombinant DNA technology, gene therapy, GMOs, and industrial applications of biotechnology.
Understand evolutionary theory, adaptation, speciation, and the evidence for evolution.