BIOS 256 Labs Week 1 - 7 (Bundle)

Learning Objectives: • Understand the epithelial model for how glucose is transported across themammalian small intestine • Perform a glucose assaymethod • Use an animal model to study the transport of materials across theintestine • Describe the effect of sodium-potassiumATPase blocker ...

Learning Objectives: • Explain the structural changes of glucose and ATP duringglycolysis • Analyze blood glucose and lactic acid concentrations of athletes beforeand after exercise • Determine electron carrier products of the Krebscycle • Understand the role of the electron transport ch...

Learning Objectives: • Understand the morphological relationships between the kidneytubules and the circulatorysystem • Analyze experimental data for calculating glomerular filtrationrate • Set up and perform a perfusion of renal tubules, including thecalculation of liquid absorptionrates ...

Learning Objectives: • Identify the functions and the location of the major fluid compartments of thebody • Explain the regulation of water balance in order to maintainhomeostasis • Identify the proportions of electrolytes found in the plasma, interstitial fluid,and intracellular fluid comp...

Learning objectives: • Identify the process of gametogenesis • Describe the hormonal regulation in male and female reproductivecycle. • Identify the male and female reproductivestructures. Part 1: Male reproductive system 1.1 Identify the missing labels to complete the hormonal regulati...

Learning Objectives: • Explainhowtraitsarepassedonfromparentstotheir offspringandthefactorsthatcausesvariations. • ApplyMendel’sLawsofInheritanceincolordeficiency. • Compareandpredictthephenotypesofoffspringwith given genotypes using Punnettsquares. • Analyze dominant and recessive all...