BINF 511 Lecture 2: BINF 511 Midterm (no lecture) 28Feb2018

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greywildebeest28

25 Jun 2018

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Midterm exam

Watched the movie “Gattaca” afterwards

No lecture

February 28, 2018

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Related Questions

Can anyone help me answer these in detail please. These are part of material i need to know for my next exam and have no clue about them and cant find anuthing in our lecture notes about them

1. Clonal sequencing methods vs. Shotgun sequencing methods. What are the differences, pros and cons of each?

2. Local vs. Global alignment. Understand the theory of the alignment methods that underlie these types of alignment and be familiar with NeedlemanâWunsch and Smith-Waterman.

3. Identify a strand based on the frame (+/-) and what a six-frame translation means

4. What types of sequences are the majority found in GenBank

fuchsialocust231

HELP ON ECOLOGY LAB REPORT PLEASE!!!

- The AIM of this lab exercise: Does Eastern Mosquitofish (Gambusia holbrooki) population structure differ with season?

- You will compare population structure in an FIU pond from February 2018 (previous semester) with the data that you collect this semester (September 2018).

- CREATE HYPOTHESIS ABOUT POPULATION STRUCTURE (HELP PLEASE)

(HELP PLEASE) Include at least one paragraph ON THE key points of comparison between the life tables. Include the major results for population structure, even if no difference is found! Do these populations differ with respect to optimal age of sexual maturity, R0, G, and r?

FEBRUARY 2018 CURRENT RESULTS

Age Class (days) x	Sample/ Age s(x)	Number/ Age n(x)	Survival Rate 1(x)	Fecundity b(x)	Offspring/Ind 1(x)*b(x)	Age Weighted Fecundity 1(x)b(x)x
0	24	120	1	0	0	0
30	39	96	0.8	0	0	0
60	19	57	0.475	0	0	0
90	21	38	0.317	24	7.608	684.72
120	8	17	0.142	27	3.834	460.08
150	5	9	0.075	29	2.175	326.25
180	2	4	0.033	32	1.056	190.08
210	0	2	0.017	0	0	0
240	1	2	0.017	0	0	0
Sum	120			R0	14.673 Offspring
				G	113.209 Days
				r	0.024 Ind/ Days
				Optimal Age for Sexual Maturity	120 Days

SEPTEMBER 2018 RESULTS:

Life Table
Age class (days)	Sample/ age class	Number/ age class	Survival rate	Fecundity	Offspring/ individual	Age-weighted fecundity
x	n(x)	n(x)	l(x)	b(x)	l(x)*b(x)	l(x)b(x)x
0	9	150	1	0	0	0
30	12	141	0.94	0	0	0
60	26	129	0.86	0	0	0
90	29	103	0.687	24	16.48	1483.2
120	33	74	0.493	27	13.32	1598.4
150	18	41	0.273	29	7.93	1189
180	16	23	0.153	32	4.91	883.2
210	7	7	0.047	0	0	0
240	0	0	0	0	0	0
Sum	150
				R0	42.63	offspring
				G	120.89	days
				r	0.03	individuals/ day
				Optimal age for sexual maturity	120	days

BINF 511 Lecture 2: BINF 511 Midterm (no lecture) 28Feb2018

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