Test your knowledge of eukaryotic gene structure and transcriptional regulation through interactive labeling, clinical scenarios, and sequence ordering exercises.

Students will learn how different types of DNA mutations affect protein synthesis and human disease. Through H5P drag-drop, fill-in-the-blank, and clinical MCQs, they will apply this understanding to real medical scenarios such as sickle cell anemia and Duchenne muscular dystrophy.

In this interactive H5P activity, medical students will learn to identify, compare, and clinically apply DNA repair mechanisms — including NER, BER, MMR, NHEJ, and HR — using diagrams, drag-and-drop tasks, and Step 1–style clinical MCQs.

Test your understanding of DNA replication enzymes, mechanisms, and clinical relevance with interactive H5P activities. Includes drag-and-drop, clinical MCQs, and fill-in questions based on key USMLE Step 1 concepts like Bloom syndrome, topoisomerase inhibitors, and telomerase in cancer.

In this interactive activity, students apply their understanding of the genetic code’s features to clinical scenarios and molecular biology principles. Activities include MCQs, matching, and fill-in exercises to reinforce key Step 1–relevant concepts like degeneracy, wobble pairing, and codon mutations.

In this H5P module, students test their understanding of purine salvage enzyme deficiencies with clinically integrated questions on ADA deficiency and Lesch–Nyhan syndrome. Activities include MCQs, matching, and drag-and-drop mechanisms for active learning and Step 1 preparation.

Students will reinforce understanding of purine and pyrimidine synthesis through interactive H5P tasks including clinical MCQs, drag-and-drop sequencing, matching enzyme targets to drugs, and fill-in-the-blank recall of key metabolic disorders.

Students will engage with H5P interactive exercises covering nucleotide structure, base pairing, and purine synthesis. Activities include recall questions, drag-and-drop, and a clinical MCQ linking nucleotide metabolism to immunodeficiency disorders.

In this H5P activity, students will review the structural and regulatory aspects of chromatin organization through interactive MCQs, drag-drop, and hotspot exercises. The goal is to strengthen understanding of how epigenetic modifications such as methylation and acetylation influence gene expression and disease.

In this interactive H5P activity, students will test their understanding of syringomyelia through a clinical MCQ, drag-and-drop labeling, and fill-in-the-blank exercises. The goal is to master the spinal cord pathways affected and their clinical manifestations.

In this H5P activity, students will explore posterior fossa malformations through clinical MCQs, labeling, and matching tasks. The goal is to strengthen understanding of Chiari I, Chiari II, and Dandy–Walker malformations, their pathologic features, and associated conditions.

In this H5P activity, students will explore posterior fossa malformations through clinical MCQs, labeling, and matching tasks. The goal is to strengthen understanding of Chiari I, Chiari II, and Dandy–Walker malformations, their pathologic features, and associated conditions.

In this H5P activity, students will explore posterior fossa malformations through clinical MCQs, labeling, and matching tasks. The goal is to strengthen understanding of Chiari I, Chiari II, and Dandy–Walker malformations, their pathologic features, and associated conditions.

Students will test their understanding of neural tube defects through 4 H5P activities — including clinical case-based MCQs, matching, drag-and-drop, and fill-in-the-blank exercises — to master the causes, diagnosis, and prevention of these critical embryologic malformations.

Students will test their understanding of neural tube defects through 4 H5P activities — including clinical case-based MCQs, matching, drag-and-drop, and fill-in-the-blank exercises — to master the causes, diagnosis, and prevention of these critical embryologic malformations.

Students will test their understanding of neural tube defects through 4 H5P activities — including clinical case-based MCQs, matching, drag-and-drop, and fill-in-the-blank exercises — to master the causes, diagnosis, and prevention of these critical embryologic malformations.

In this H5P activity set, students will explore the regionalization of the neural tube, identifying the five secondary brain vesicles, their adult derivatives, and their related ventricular structures through clinical and interactive questions aligned with USMLE Step 1 preparation.

In this H5P activity set, students will explore the regionalization of the neural tube, identifying the five secondary brain vesicles, their adult derivatives, and their related ventricular structures through clinical and interactive questions aligned with USMLE Step 1 preparation.

In this H5P activity set, students will explore neural development through interactive questions. They’ll match embryologic structures, identify inductive signals, and solve clinical-style Step 1 MCQs connecting neural patterning to congenital malformations.

In this H5P activity set, students will explore neural development through interactive questions. They’ll match embryologic structures, identify inductive signals, and solve clinical-style Step 1 MCQs connecting neural patterning to congenital malformations.

In this interactive H5P activity, students will diagnose clinical cases of bleeding disorders such as ITP, TTP, and HUS, match lab findings to diseases, and identify underlying mechanisms through drag-and-drop and fill-in exercises.

In this interactive H5P module, students apply their understanding of coagulation laboratory tests through clinical MCQs, matching, and fill-in-the-blank activities. Each exercise reinforces key diagnostic principles for interpreting PT, INR, PTT, TT, and FDP results in clinical settings.

In this interactive H5P module, students apply their understanding of coagulation laboratory tests through clinical MCQs, matching, and fill-in-the-blank activities. Each exercise reinforces key diagnostic principles for interpreting PT, INR, PTT, TT, and FDP results in clinical settings.

In this interactive H5P module, students apply their understanding of coagulation laboratory tests through clinical MCQs, matching, and fill-in-the-blank activities. Each exercise reinforces key diagnostic principles for interpreting PT, INR, PTT, TT, and FDP results in clinical settings.

In this interactive H5P activity, students will test their understanding of coagulation by identifying key steps in platelet plug formation, matching coagulation pathways to clinical drugs, and diagnosing inherited bleeding disorders using case-based scenarios.