1- Draw Punnett Square/Determine Phenotypes(#1-4)______/1 Pt

PBSName ______

3.4.2 – 4.2.2

3.4.2

Part 1

1- Draw Punnett square/determine phenotypes(#1-4)______/1 pt

2-Determine genotypes-parents from chromosomes(#8)______/1 pt

3- Complete a Punnett square for parents(#9)______/1 pt

4- Determine the percent chance of sickle cell (#10)______/1 pt

5- Determine the percent chance carrier (#11)______/1 pt

Part II

6- Determine percent of children with sickle cell

from class data table(#14)______/1 pt

7- Determine percent carriers from class table______/1 pt

Part III

8- Calculate probability child has sickle cell and

completePunnett square; Pedigree 1( #19)______/1 pt

9- Calculate probability child has sickle cell and

completePunnett square; Pedigree 2( #19)______/1 pt

10- Calculate probability child has sickle cell and

completePunnett square; Pedigree 3( #19) ______/1 pt

11- Conclusion #1-3______/3 pts

Total 3.4.2______/13pts

3.4.3

Part 1

12- Observations of where diseases occur and not (#1)______/1 pt

13- Predict what will happen to frequency of of sickle

cell as a result of malaria/frequency? (#4)______/1 pt

14- Table: 2nd generation- total surviving alleles (#12)______/1 pt

15- Table; 3rd generation- total surviving alleles (#15)______/1 pt

16- Table: Results on class board (#16)______/1 pt

17- Calculate frequencies of alleles- show work (#17)______/1 pt

18- Conclusion #1-6______/6 pts

Total 3.4.3______/12 pts

4.1.1

Part 1

19- Six steps as blood moves Heart/Lungs/Body(#5)______/1 pt

20- Paragraph that describes what happens to a red

blood cell moving through body. Include structures

and interaction with oxygen “hemoglobin”(#23)______/2 pts

21- Conclusion #1-5______/5 pts

Total 4.1.1______/8 pts

4.1.2

Part 1

22- Difference between L & R ventricles & fxns (#14)______/1 pt

23- Fxns of L & R atria,Fxn of vena cava,

aorta, pulmonary vein (#16,18,20,22)______/2 pt

24-Pics or sketches of heart dissection w labels (#23)______/2 pts

25-Thickness of atrial wall measurement (#29)______/1 pt

26-Tricuspid leaflets and fxn (#30, 34)______/1 pt

27-Thickness of LV, comparison to RV (#36, 37)______/1 pt

28-Mitral valve appearance and fxn (#38, 39)______/1 pt

29-Aortic measurement and explanation (#41)______/1 pt

30-Path of blood through heart (#43)______/2 pts

31-Sketch of vein and artery (#49)______/2 pts

32-4.1.2 Autopsy Report (#52)______/2 pts

33- LV Hypertrophy research and possible causes (#54)______/2 pts

34-Possible Cause of Death- on autopsy (#55)______/1 pt

35-Conclusion Questions 1-6______/6 pts

Total 4.1.2______/25 pts

4.2.1

36- You & lab partner manual pulse rate (#5)______/1 pt

37- Average BPM from Vernier sensors (#25)______/1 pt

38-Heart Rate graph (#26)______/1 pt

Total 4.2.1______/3 pts

4.2.2

39- You & lab partner BP readings (#9, 10)______/1 pt

40- Vernier sensor BP readings (#27-29)______/1 pt

41- Data File (#31)______/1 pts

42- 4.2.1 Medical History (Recommendations #43)______/1 pt

43- Data from Experimental Design______/2 pts

44- One paragraph write up on findings of experimental

design______/2 pts

45- Conclusion Questions 1-4______/4 pt

Total 4.2.2______/12pts