Unit 1 Defences against pathogens, the human immune system and vaccination Unit 2 Aerobic and anaerobic cellular respiration Unit 3 Maintaining biodiversity and human impacts Unit 5 Hormones and human reproduction Unit 7 Coordination and control: maintaining a constant internal environment Unit 9 Medicines and new treatments for disease Unit 10 Variation and natural selection at the genetic level Unit 11 Classification in modern biology
Vous aimerez aussi
Animal Videos
🌿 Amazing Animals: Wildlife Facts for Kids 🐘
Animal Learning Videos for Kids
11th Class Biology Chapter 1 New Book Book 2025
11th Class Biology Chapter 1 - New Book 2025
Class 8 Chapter: Biotechnology
9th Class Biology Chapter 9 Transport
Class 9 Chapter: Fungi and Algae
11th Class Biology Chapter 8 - 1st Year Biology Chapter 8 Fungis - FSc Part 1 Biology Chapter 8
Federal Board 9th Biology Ch. 1 Introduction to Biology
11th Class Biology Chapter 11 - 1st Year Biology Chapter 11 Bioenergetics - FSc Part 1 Biology Chapter 11
Class 9 Chapter: Cell Cylce
12th Class Biology Chapter 20 Chromosomes and DNA
SS 3 Chemistry
SS 3 Mathematics
JS 1 Business & Finance
SS 2 Government
African History Videos For Kids - Children's Learning
Learn With Ms Rachel - Learn To Talk - Baby, Toddler and Preschool Learning
KS3 Chemistry
KS3 Music
Learn Christmas English with TV Series and Movies
Basic Learning Songs for Kids
Preschool Videos with Ms Rachel
Commentaires
10 commentaires
I can describe the classification, and sometimes reclassification, of organisms based on evidence from their gene sequences.
I can describe the classification of organisms based on evidence from their phenotype and cells.
I can describe the size and scale of cells and cell structures, and explain how electron microscopy has increased our understanding of sub-cellular structures.
I can describe the common features of the cells of eukaryotic and prokaryotic organisms.
I can explain how sexual and asexual reproduction affect variation and evolution within populations of organisms.
I can describe examples of mutations in bacteria and explain why advantageous genetic variants became more common in the bacterial population.
I can explain how natural selection leads to advantageous genetic variants becoming more common over generations.
I can describe how mutations change the DNA sequence in the genome causing genetic variation, which can cause heritable variation in phenotype.
I can explain how monoclonal antibodies are produced and describe some ways in which they are used.
I can describe the process of discovery and development of potential new medicines, including preclinical and clinical trials.
