- Concept of antagonistic musculus pairs (where are some?)
- Types of joints (hinge, ball-and-socket, pivot)
- Be able to label a human elbow articulation (bones, muscles, ligaments, cartilage, etc) too know the functions of the parts
- Be able to label a musculus fibre too empathise what makes them unique
- Be able to pull too label a sarcomere
- Describe the steps involved inwards a musculus contraction (role of ATP, calcium ions, troponin too tropomyosin, ability stroke, cross-bridge, etc)
- Know the functions of the human kidney too travel able to depict the Malpighian tubule system
- Draw too label a human kidney (6 parts)
- Be able to annotate a diagram of a nephron too glomerulus
- Be able to depict how the composition of blood inwards the renal artery is unlike from the blood inwards the renal vein
- Be able to depict how the ultrastructure of the glomerulus too Bowman's capsule facilitate ultrafiltration (think nigh pressure, fenestrated capillaries, basement membrane composition, too podocytes)
- Outline what happens at the proximal convoluted tubule
- Outline what happens during the loop of Henle too empathise its ultimate purpose (to hold a salty--or hypertonic-- medulla!!!)
- Know that in that place is a positive correlation betwixt the length of the loop of Henle too the necessitate for H2O conservation inwards animals
- Understand how ADH controls reabsorption of H2O inwards the collecting duct
- Give examples of how the nitrogenous waste materials inwards animals is correlated amongst development too habitat
- Applications: consequences of dehydration too overhydration, handling of kidney failure past times hemodialysis or kidney transplant, blood cells, glucose, proteins, too drugs tin all travel detected inwards urinary tests
Mon 10/28: Introduce Classification. Dichotomous Key action alongside fish, done inwards pairs. Then, equally a pair, yous should brand your ain dichotomous fundamental to organize x objects of your choice. They tin last animals, songs, books, characters, people, etc. Wed 10/30: Last Beak quiz (Chapters 10-12). Lab identifying organisms from half dozen dissimilar invertebrate phyla. Introduce cladograms. Fri 11/1: Making cladograms using amino acid sequences from on-line databases.
Komentar
Posting Komentar