Biochemistry Answers

Write formation reaction tripeptide leucine cis-gli.

I learnt that all the enzymes of the Krebs cycle are inside the mitochondrial matrix except for the succinate dehydrogenase . can u please explain me why? Thank you so much

PS U can give me a complicated answer if it is needed; i will search for all the information to understand it

A.How many atoms are in each of the following samples

a.44.2g Mg

b.0.582kg SIO₂

B.Calculate the mass in grams of each of the following samples.

a.6.02x10²¹ formula unit ZN1₂

b.8.35x²¹ molecules CH₄

A. CALCULATE THE PERCENT COMPOSITION OF THE FOLLOWING COMPOUNDS

how many moles containe each of the following?

a.4.65x10²⁴ atoms C u

b.2.75x10²⁵ molecules CH₄

_{find the molar mass}

_1.CC1

_2.C₆H₁₂O₆

A female in her sixties (Mrs J) makes an appointment with her GP because she has been suffering with pains in her legs and having difficulty walking. She is also having problems with her vision. She presents as overweight, bordering on obese. When questioned about her appetite she mentions that she seems to feel thirsty a lot of the time. The GP takes a blood sample and asks the patient to provide an MSU urine specimen. After using a dipstick on both samples, the GP arranges for the patient to attend the clinic for a glucose tolerance test. The results are in Table 1 below.

Table 1: Plasma glucose concentrations (mmol/L) determined for Mrs J

Subject

minutes after glucose load

0

30

60

90

120

Patient T

8.5

16.1

16.8

15.9

15.5

Question 5

Briefly describe the clinical biochemistry test(s) that would be used to monitor the patient during treatment.

A female in her sixties (Mrs J) makes an appointment with her GP because she has been suffering with pains in her legs and having difficulty walking. She is also having problems with her vision. She presents as overweight, bordering on obese. When questioned about her appetite she mentions that she seems to feel thirsty a lot of the time. The GP takes a blood sample and asks the patient to provide an MSU urine specimen. After using a dipstick on both samples, the GP arranges for the patient to attend the clinic for a glucose tolerance test. The results are in Table 1 below.

Table 1: Plasma glucose concentrations (mmol/L) determined for Mrs J

Subject

minutes after glucose load

0

30

60

90

120

Patient T

8.5

16.1

16.8

15.9

15.5

Question 4

Discuss how the outcome of the test relates to thesymptoms described by Mrs J.

A female in her sixties (Mrs J) makes an appointment with her GP because she has been suffering with pains in her legs and having difficulty walking. She is also having problems with her vision. She presents as overweight, bordering on obese. When questioned about her appetite she mentions that she seems to feel thirsty a lot of the time. The GP takes a blood sample and asks the patient to provide an MSU urine specimen. After using a dipstick on both samples, the GP arranges for the patient to attend the clinic for a glucose tolerance test. The results are in Table 1 below.

Table 1: Plasma glucose concentrations (mmol/L) determined for Mrs J

Subject

minutes after glucose load

0

30

60

90

120

Patient T

8.5

16.1

16.8

15.9

15.5

Question 3

Describe the profile for this patient and suggest the clinical implications.

A female in her sixties (Mrs J) makes an appointment with her GP because she has been suffering with pains in her legs and having difficulty walking. She is also having problems with her vision. She presents as overweight, bordering on obese. When questioned about her appetite she mentions that she seems to feel thirsty a lot of the time. The GP takes a blood sample and asks the patient to provide an MSU urine specimen. After using a dipstick on both samples, the GP arranges for the patient to attend the clinic for a glucose tolerance test.

Question 3

Describe the profile for this patient and suggest the clinical implications.

Table 1: Plasma glucose concentrations (mmol/L) determined for Mrs J

Subject

minutes after glucose load

0

30

60

90

120

Patient T

8.5

16.1

16.8

15.9

15.5

Question 2

Using the data in Table 1 construct a fully labelled graph in Excel to show the profile and paste it into your work. (Remember that the title, also called the figure legend, should be below the graph.)

A female in her sixties (Mrs J) makes an appointment with her GP because she has been suffering with pains in her legs and having difficulty walking. She is also having problems with her vision. She presents as overweight, bordering on obese. When questioned about her appetite she mentions that she seems to feel thirsty a lot of the time. The GP takes a blood sample and asks the patient to provide an MSU urine specimen. After using a dipstick on both samples, the GP arranges for the patient to attend the clinic for a glucose tolerance test. The results are in Table 1 below.

Table 1: Plasma glucose concentrations (mmol/L) determined for Mrs J

Subject

minutes after glucose load

0

30

60

90

120

Patient T

8.5

16.1

16.8

15.9

15.5

Question 1

Briefly describe the underlying biochemistry and physiology that is assessed by the glucose tolerance test. In your answer include how the test can contributeto diagnosis.