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The physical therapist has been working with a 7-year-old boy with cerebral palsy for 1 year (GMFCS Level II) at an outpatient clinic. The PT plans on reevaluating him to evaluate his gross motor skill progress related to physical therapy intervention.  What standardized assessment should the PT administer and why?

Mr. Johnson is a 45 y/o, 5’2” ft male patient (IBW 115) on mechanical ventilation due to respiratory failure secondary to pneumonia. Current ventilator settings and blood gases are available:   Mode – A/C                 PIP – 30 cm H2O                  pH –  7.38 Set rate – 12                Plat – 20 cm H2O                 PaCO2 – 40 torrSet VT – 500 ml           Tot rate – 12                          PaO2 – 80 torrPEEP – 5 cm H2O        Exhaled VT – 500 ml             HCO3 – 26 mEq/LFIO2 – 0.40                   PETCO2 – 35 torr                 BE/BD – (+2)PIF – 60 L/min                                                               SaO2 – 93%   CBC – WBC 10,500 , Hb 17 g/dl, Hct 45%, Plt 150 Vitals – HR 95, bpm 130/82 mmHg, SpO2 94%, SV 60 ml/beatWhat is the patient’s VE?

For each statement below, determine if it was one of Mendel’s conclusions? Genes are found on chromosomes. [No1] Traits are controlled by pairs of factors. [yes1] Factors that control traits behave like particles that are passed from parent to offspring. [yes2] The DNA sequence of “Y” and “y” (the factors that control seed color) is different. [no2]

SINDHU, can you change this question such that there are two options for part (i) and three options for part (ii)? Each part can be a simple multiple choice, but at least we can give partial credit for a student, e.g., getting (i) right and (ii) wrong. Seems to be a better structure for the question…   Suppose that we use a

You are hired as the manager of a preserve on which there is a population of a highly endangered plant. You are charged with the future preservation of this population. The first thing you do is to construct a cohort life table in order to see whether individuals in the population are replacing themselves. x Life stage in months N(x) Number of individuals l(x) Survivorship F(x) Fecundity 0 1000 1.0 0 3 300 0.3 0 6 200 0.2 4 9 100 0.1 1 12 0 0.0 0   Based on the life table data, what is the the net reproductive rate R0?

SINDHU, we need to change this question so that students enter the value one at a time, as we discussed. Do you remember what needs to be done?   We  have  run the  first three  iterations of  the outer for-loop  in the Bellman-Ford shortest-path dynamic programming algorithm for i=1,2,3 on the graph G below, obtaining the configuration of the Bellman-Ford dynamic programming matrix shown below. Run two more iterations of the outer for-loop in the Bellman-Ford algorithm for i = 4, 5, and answer the following question: For each option below, choose the value corresponding to the values of column 5 of the matrix at the end of the execution of the Bellman-Ford algorithm on G.   T:  [1] A:  [2] B:  [3] C:  [4] D:  [5] E:  [6]

In Mendel’s experiments, peas had two shapes: round and wrinkled. The round shape was dominant to the wrinkled shape. There are two alleles controlling this trait: R and r. The R allele is dominant to the r allele. A heterozygous plant (i.e. it has two different types of alleles) with round seeds is allowed to self-fertilize. Which image shows the correct Punnett square for this monohybrid cross? (Make sure you look at the gametes AND the fertilization in the Punnett squares below.)

In Mendel’s experiments, peas had two shapes: round and wrinkled. The round shape was dominant to the wrinkled shape. There are two alleles controlling this trait: R and r. The R allele is dominant to the r allele. A heterozygous plant with round seeds is crossed to a homozygous plant (i.e. it has two of the same alleles) with wrinkled seeds. What percent of the offspring from this test cross do you expect to have wrinkled seeds?

Consider the following pedigree:   The trait being followed in this pedigree shows dominant inheritance. Let’s call the two alleles controlling this trait B and b. What is the genotype of the male marked with a 1? [Bb] What is the genotype of the female marked with a 2? [bb] The male marked with a 1 and the female marked with a 2 have a daughter marked with a 3. Does she have the trait? [yes] If this couple (1 and 2) wants to have another child (?), what is the probability that this child will NOT inherit the disease?[half]

A diploid cell from a woman is shown below. Will this woman be healthy? [yes] Does she have a chromosomal abnormality? [Robertsonian] If this woman gets pregnant, is she at increased risk of miscarriage? [yes2] If this woman gets pregnant, is she at increased risk of having a baby with Down Syndrome? [yes3] Can this woman have a child with normal chromosomes? [yes4]