Fixation of specific gravity of urine to 1.010 is found in (A) Diabetes insipidus (B) Compulsive polydypsia (C) Cystinosis (D) Chronic glomerulonephritis

Fixation of specific gravity of urine to 1.010 is found in (A) Diabetes insipidus (B) Compulsive polydypsia (C) Cystinosis (D) Chronic glomerulonephritis
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Specific gravity of urine increases in (A) Diabetes mellitus (B) Chronic glomerulonephritis (C) Compulsive polydypsia (D) Hypercalcemia

Description : Specific gravity of urine increases in (A) Diabetes mellitus (B) Chronic glomerulonephritis (C) Compulsive polydypsia (D) Hypercalcemia

Last Answer : A

Specific gravity of urine is raised in all of the following except (A) Diabetes mellitus (B) Diabetes insipidus (C) Dehydration (D) Acute glomerulonephritis

Description : Specific gravity of urine is raised in all of the following except (A) Diabetes mellitus (B) Diabetes insipidus (C) Dehydration (D) Acute glomerulonephritis

Last Answer : D

Specific gravity of urine is decreased in (A) Diabetes mellitus (B) Acute glomerulonephritis (C) Diarrhoea (D) Chronic glomerulonephritis

Description : Specific gravity of urine is decreased in (A) Diabetes mellitus (B) Acute glomerulonephritis (C) Diarrhoea (D) Chronic glomerulonephritis

Last Answer : B

Urinary water loss is increased in (A) Diabetes mellitus (B) Diabetes insipidus (C) Chronic glomerulonephritis (D) All of these

Description : Urinary water loss is increased in (A) Diabetes mellitus (B) Diabetes insipidus (C) Chronic glomerulonephritis (D) All of these

Last Answer : Answer : D

Oliguria can occur in (A) Diabetes mellitus (B) Diabetes insipidus (C) Acute glomerulonephritis (D) Chronic glomerulonephritis

Description : Oliguria can occur in (A) Diabetes mellitus (B) Diabetes insipidus (C) Acute glomerulonephritis (D) Chronic glomerulonephritis

Last Answer : Answer : A

Normal specific gravity of urine is (A) 1.000–1.010 (B) 1.012–1.024 (C) 1.025–1.034 (D) 1.035–1.045

Description : Normal specific gravity of urine is (A) 1.000–1.010 (B) 1.012–1.024 (C) 1.025–1.034 (D) 1.035–1.045

Last Answer : B

When fluid intake is normal, the specific gravity of urine should be a) 1.010-1.025. Urine specific gravity is a measurement of the kidney’s ability to concentrate urine.

Description : When fluid intake is normal, the specific gravity of urine should be a) 1.010-1.025. Urine specific gravity is a measurement of the kidney's ability to concentrate urine. b) 1.000. The ... intake. d) greater than 1.025. A urine specific gravity greater than 1.025 may indicate overhydration.

Last Answer : a) 1.010-1.025. Urine specific gravity is a measurement of the kidney’s ability to concentrate urine.

When the nurse notes that the post cardiac surgery patient demonstrates low urine output (< 25 ml/hr) with high specific gravity (> 1.025), the nurse suspects: a) Inadequate fluid volume Urine output of less than 25 ml/hr may indicate a decrease in cardiac output. A high specific gravity indicates increased concentration of solutes in the urine which occurs with inadequate fluid volume. b) Normal glomerular filtration Indices of normal glomerular filtration are output of 25 ml or greater per hour and specific gravity between 1.010 and 1.025. c) Overhydration Overhydration is manifested by high urine output with low specific gravity. d) Anuria The anuric patient does not produce urine.

Description : When the nurse notes that the post cardiac surgery patient demonstrates low urine output (< 25 ml/hr) with high specific gravity (> 1.025), the nurse suspects: a) Inadequate fluid volume Urine ... by high urine output with low specific gravity. d) Anuria The anuric patient does not produce urine.

Last Answer : a) Inadequate fluid volume Urine output of less than 25 ml/hr may indicate a decrease in cardiac output. A high specific gravity indicates increased concentration of solutes in the urine which occurs with inadequate fluid volume.

What is the reason for polydypsia in diabetes mellitus?

Description : What is the reason for polydypsia in diabetes mellitus?

Last Answer : To compensate for this loss of water, thirst centre is activated, and more water is taken (polydypsia).

Urine examination (Benedict’s test) of a 40 yr old obese male showed a brick red precipitate. This can result from all except Options: 1) Diabetes Mellitus 2) Drugs 3) Acute post-streptococcal glomerulonephritis 4) Cushing’s syndrome

Description : Urine examination (Benedict’s test) of a 40 yr old obese male showed a brick red precipitate. This can result from all except Options: 1) Diabetes Mellitus 2) Drugs 3) Acute post-streptococcal glomerulonephritis 4) Cushing’s syndrome

Last Answer : Correct Answer: 3) Acute post-streptococcal glomerulonephritis

When urine is passed out several -fold more than in a normal subject, the condition is referred to as (a) Diabetes mellitus (b) Diabetes insipidus (c) Diabetes aqua (d) Diabetes polydipsia

Description : When urine is passed out several -fold more than in a normal subject, the condition is referred to as (a) Diabetes mellitus (b) Diabetes insipidus (c) Diabetes aqua (d) Diabetes polydipsia

Last Answer : Ans:(c)

The following drug reduces urine volume in both pituitary origin as well as renal diabetes insipidus and is orally active: A. Vasopressin B. Hydrochlorothiazide C. Chlorpropamide D. Carbamazepine

Description : The following drug reduces urine volume in both pituitary origin as well as renal diabetes insipidus and is orally active: A. Vasopressin B. Hydrochlorothiazide C. Chlorpropamide D. Carbamazepine

Last Answer : B. Hydrochlorothiazide

Desmopressin reduces urine volume in: A. Neurogenic diabetes insipidus B. Nephrogenic diabetes insipidus C. Both neurogenic as well as nephrogenic diabetes insipidus D. Normal individuals but not in diabetes insipidus

Description : Desmopressin reduces urine volume in: A. Neurogenic diabetes insipidus B. Nephrogenic diabetes insipidus C. Both neurogenic as well as nephrogenic diabetes insipidus D. Normal individuals but not in diabetes insipidus

Last Answer : A. Neurogenic diabetes insipidus

Choose the correct statement about amiloride: A. It antagonises the action of aldosterone B. It can be used to treat lithium induced diabetes insipidus C. It increases calcium loss in urine D. It is dose to dose less potent than triamterene

Description : Choose the correct statement about amiloride: A. It antagonises the action of aldosterone B. It can be used to treat lithium induced diabetes insipidus C. It increases calcium loss in urine D. It is dose to dose less potent than triamterene

Last Answer : B. It can be used to treat lithium induced diabetes insipidus

Filtration fraction is increased in (A) Acute glomerulonephritis (B) Chronic glomerulonephritis (C) Hypertension (D) Hypotension

Description : Filtration fraction is increased in (A) Acute glomerulonephritis (B) Chronic glomerulonephritis (C) Hypertension (D) Hypotension

Last Answer : Answer : A

Polyuria can occur in (A) Diabetes mellitus (B) Diarrhoea (C) Acute glomerulonephritis (D) High fever

Description : Polyuria can occur in (A) Diabetes mellitus (B) Diarrhoea (C) Acute glomerulonephritis (D) High fever

Last Answer : B

Diabetes insipidus results from (A) Decreased insulin secretion (B) Decreased ADH secretion (C) Decreased aldosterone secretion (D) Unresponsiveness of osmoreceptors

Description : Diabetes insipidus results from (A) Decreased insulin secretion (B) Decreased ADH secretion (C) Decreased aldosterone secretion (D) Unresponsiveness of osmoreceptors

Last Answer : Answer : B

Hypernatremia may occur in (A) Diabetes insipidus (B) Diuretic medication (C) Heavy sweating (D) Kidney disease

Description : Hypernatremia may occur in (A) Diabetes insipidus (B) Diuretic medication (C) Heavy sweating (D) Kidney disease

Last Answer : Answer : A

An important cause of water intoxication is (A) Nephrogenic diabetes insipidus (B) Renal failure (C) Gastroenteritis (D) Fanconi syndrome

Description : An important cause of water intoxication is (A) Nephrogenic diabetes insipidus (B) Renal failure (C) Gastroenteritis (D) Fanconi syndrome

Last Answer : Answer : B

There is polyuria without glycosuria in this disorder (A) Diabetes insipidus (B) Diabetes millitus (C) Bronze diabetes (D) Juvenile diabetes

Description : There is polyuria without glycosuria in this disorder (A) Diabetes insipidus (B) Diabetes millitus (C) Bronze diabetes (D) Juvenile diabetes

Last Answer : Answer : A

Diabetes insipidus is caused by deficient secretion of (A) Insulin (B) Glucagon (C) Vasopressin (D) Oxytocin

Description : Diabetes insipidus is caused by deficient secretion of (A) Insulin (B) Glucagon (C) Vasopressin (D) Oxytocin

Last Answer : Answer : C

Which of the following condition is characterized by ketonuria but without glycosuria? (A) Diabetes mellitus (B) Diabetes insipidus (C) Prolonged starvation (D) Addison’s disease

Description : Which of the following condition is characterized by ketonuria but without glycosuria? (A) Diabetes mellitus (B) Diabetes insipidus (C) Prolonged starvation (D) Addison’s disease

Last Answer : Answer : C

Gluconeogenesis is increased in the following condition: (A) Diabetes insipidus (B) Diabetes Mellitus (C) Hypothyroidism (D) Liver diseases

Description : Gluconeogenesis is increased in the following condition: (A) Diabetes insipidus (B) Diabetes Mellitus (C) Hypothyroidism (D) Liver diseases

Last Answer : B

Urine examination in secondary dehydration shows (A) Ketonuria (B) Low specific gravity (C) High specific gravity (D) Albuminuria

Description : Urine examination in secondary dehydration shows (A) Ketonuria (B) Low specific gravity (C) High specific gravity (D) Albuminuria

Last Answer : Answer : B

ADH (A) Reabsorbs water from renal tubules (B) Excretes water from renal tubules (C) Excretes hypotonic urine (D) Causes low specific gravity of urine 210 MCQs IN BIOCHEMISTRY

Description : ADH (A) Reabsorbs water from renal tubules (B) Excretes water from renal tubules (C) Excretes hypotonic urine (D) Causes low specific gravity of urine 210 MCQs IN BIOCHEMISTRY

Last Answer : Answer : A

Urine specific gravity of 1.054 indicates (A) Excellent renal function (B) Inappropriate secretion of ADH (C) Extreme dehydration (D) Presence of glucose or protein

Description : Urine specific gravity of 1.054 indicates (A) Excellent renal function (B) Inappropriate secretion of ADH (C) Extreme dehydration (D) Presence of glucose or protein

Last Answer : Answer : D

A simple way to assess tubular function is to withhold food and water for 12 hours and, then, measure (A) Serum urea (B) Serum creatinine (C) Urine output in one hour (D) Specific gravity of urine

Description : A simple way to assess tubular function is to withhold food and water for 12 hours and, then, measure (A) Serum urea (B) Serum creatinine (C) Urine output in one hour (D) Specific gravity of urine

Last Answer : Answer : D

The specific gravity of urine normally ranges from (A) 0.900–0.999 (B) 1.003–1.030 (C) 1.000–1.001 (D) 1.101–1.120

Description : The specific gravity of urine normally ranges from (A) 0.900–0.999 (B) 1.003–1.030 (C) 1.000–1.001 (D) 1.101–1.120

Last Answer : B

ADH test is based on the measurement of (A) Specific gravity of urine (B) Concentration of urea in urine (C) Concentration of urea in blood (D) Volume of urine in ml/minute

Description : ADH test is based on the measurement of (A) Specific gravity of urine (B) Concentration of urea in urine (C) Concentration of urea in blood (D) Volume of urine in ml/minute

Last Answer : A

Difference between diabetes insipidus and diabetes mellitus. -Biology

Description : Difference between diabetes insipidus and diabetes mellitus. -Biology

Last Answer : answer:

Assertion : Diabetes insipidus iS marked by excessive urination and too much thirst for water . Reason : Anti-diuretic hormone (ADH) is secreted by th

Description : Assertion : Diabetes insipidus iS marked by excessive urination and too much thirst for water . Reason : Anti-diuretic hormone (ADH) is secreted by th

Last Answer : Assertion : Diabetes insipidus iS marked by excessive urination and too much thirst for water . Reason : ... D. If both Assertion & Reason are false.

Assertion : Diabetes insipidus is markee by excessive urination and too much thirst for water. Reason : Anti- diuretic hormone (ADH) is released by th

Description : Assertion : Diabetes insipidus is markee by excessive urination and too much thirst for water. Reason : Anti- diuretic hormone (ADH) is released by th

Last Answer : Assertion : Diabetes insipidus is markee by excessive urination and too much thirst for water. Reason : ... D. If both Assertion and Reason are false.

Diabetes insipidus?

Description : Diabetes insipidus?

Last Answer : DefinitionDiabetes insipidus is a condition in which the kidneys are unable to conserve water.Causes, incidence, and risk factorsDiabetes insipidus (DI) is an uncommon condition that occurs when ... is called nephrogenic diabetes insipidus.Central diabetes insipidus can be caused by damage to the

Diabetes insipidus - central?

Description : Diabetes insipidus - central?

Last Answer : DefinitionCentral Diabetes insipidus is a rare condition that involves extreme thirst and excessive urination.See also: Diabetes insipidus - nephrogenicAlternative NamesCentral diabetes insipidusCauses, incidence, and risk ... driven by extreme thirst, to make up for this excessive water loss in t

What is the main symptom of diabetes insipidus?

Description : What is the main symptom of diabetes insipidus?

Last Answer : The person suffering from diabetes insipidus loses plenty of water through his urine

Which one of the following pairs correctly matches a hormone with a disease resulting from its deficiency ? (a) Relaxin – Gigantism (b) Prolactin – Cretinism (c) Parathyroid hormone – Tetany (d) Insulin – Diabetes insipidus

Description : Which one of the following pairs correctly matches a hormone with a disease resulting from its deficiency ? (a) Relaxin – Gigantism (b) Prolactin – Cretinism (c) Parathyroid hormone – Tetany (d) Insulin – Diabetes insipidus

Last Answer : (c) Parathyroid hormone – Tetany

Which one of the following pairs correctly matches a hormone with a disease resulting from its deficiency? (a) Luteinising - Failure of ovulation hormone (b) Insulin - Diabetes insipidus (c) Thyroxine - Tetany (d) Parathyroid - Diabetes mellitus hormone

Description : Which one of the following pairs correctly matches a hormone with a disease resulting from its deficiency? (a) Luteinising - Failure of ovulation hormone (b) Insulin - Diabetes insipidus (c) Thyroxine - Tetany (d) Parathyroid - Diabetes mellitus hormone

Last Answer : (a) Luteinising - Failure of ovulation hormone

Match the following hormones with their respective disease. (A) Insulin (i) Addison’s disease (B) Thyroxin (ii) Diabetes insipidus (C) Corticoids (iii)Acromegaly (D) Growth hormone (iv) Goitre (v) Diabetes mellitus Select the correct option. (A) (B) (C) (D) (a) (ii) (iv) (i) (iii) (b) (v) (i) (ii) (iii) (c) (ii) (iv) (iii) (i) (d) (v) (iv) (i) (iii)

Description : Match the following hormones with their respective disease. (A) Insulin (i) Addison's disease (B) Thyroxin (ii) Diabetes insipidus (C) Corticoids (iii)Acromegaly (D) Growth hormone (iv) Goitre (v) Diabetes mellitus Select the correct option ... (iii) (c) (ii) (iv) (iii) (i) (d) (v) (iv) (i) (iii)

Last Answer : (d) (v) (iv) (i) (iii

Match the following columns and select the correct option. Column-I Column-II (A) Pituitary gland (i) Grave’s disease (B) Thyroid gland (ii) Diabetes mellitus (C) Adrenal gland (iii) Diabetes insipidus (D) Pancreas (iv) Addison’s disease (A) (B) (C) (D) (a) (iv) (iii) (i) (ii) (b) (iii) (ii) (i) (iv) (c) (iii) (i) (iv) (ii) (d) (ii) (i) (iv) (iii)

Description : Match the following columns and select the correct option. Column-I Column-II (A) Pituitary gland (i) Grave's disease (B) Thyroid gland (ii) Diabetes mellitus (C) Adrenal gland (iii) Diabetes insipidus (D) Pancreas (iv) Addison's disease ... (i) (iv) (c) (iii) (i) (iv) (ii) (d) (ii) (i) (iv) (iii)

Last Answer : (c) (iii) (i) (iv) (ii)

Which disease results when the adrenal cortex produces too much hormone? A) diabetes insipidus B) diabetes mellitus C) Cushing's syndrome D) Addison's disease E) myxedema

Description : Which disease results when the adrenal cortex produces too much hormone? A) diabetes insipidus B) diabetes mellitus C) Cushing's syndrome D) Addison's disease E) myxedema

Last Answer : C) Cushing's syndrome

Arginine vasopressin is preferred over desmopressin in the following condition: A. Diabetes insipidus B. Bedwetting in children C. Bleeding esophageal varices D. Bleeding in haemophilia

Description : Arginine vasopressin is preferred over desmopressin in the following condition: A. Diabetes insipidus B. Bedwetting in children C. Bleeding esophageal varices D. Bleeding in haemophilia

Last Answer : C. Bleeding esophageal varices

Indications of desmopressin include the following except: A. Neurogenic diabetes insipidus B. Nephrogenic diabetes insipidus C. Bedwetting in children D. Bleeding due to haemophilia

Description : Indications of desmopressin include the following except: A. Neurogenic diabetes insipidus B. Nephrogenic diabetes insipidus C. Bedwetting in children D. Bleeding due to haemophilia

Last Answer : B. Nephrogenic diabetes insipidus

he following is true of desmopressin except: A. It is nonselective V1 and V2 receptor agonist B. It is more potent and longer acting than arginine vasopressin (AVP) C. It is preferred over AVP for treatment of diabetes insipidus D. It can be administered orally

Description : Che following is true of desmopressin except: A. It is nonselective V1 and V2 receptor agonist B. It is more potent and longer acting than arginine vasopressin (AVP) C. It is preferred over AVP for treatment of diabetes insipidus D. It can be administered orally

Last Answer : A. It is nonselective V1 and V2 receptor agonist

The disease in which the sugar level of blood increases is known as (1) Diabetes mellitus (2) Diabetes insipidus (3) Diabetes imperfectus (4) Diabetes sugarensis

Description : The disease in which the sugar level of blood increases is known as (1) Diabetes mellitus (2) Diabetes insipidus (3) Diabetes imperfectus (4) Diabetes sugarensis

Last Answer : Diabetes mellitus

Surgical fusion of a joint is termed a) arthrodesis. Arthrodesis of a joint is created surgically to treat chronic pain. b) open reduction with internal fixation (ORIF). ORIF refers to surgery to repair and stabilize a fracture. c) heterotrophic ossification. Heterotrophic ossification refers to formation of bone in the periprosthetic space. d) arthroplasty. Arthroplasty refers to surgical repair of a joint or joint replacement.

Description : Surgical fusion of a joint is termed a) arthrodesis. Arthrodesis of a joint is created surgically to treat chronic pain. b) open reduction with internal fixation (ORIF). ORIF refers to ... periprosthetic space. d) arthroplasty. Arthroplasty refers to surgical repair of a joint or joint replacement.

Last Answer : a) arthrodesis. Arthrodesis of a joint is created surgically to treat chronic pain.

What are the chronic complications of diabetes mellitus?

Description : What are the chronic complications of diabetes mellitus?

Last Answer : Thrombosis, paralysis, gangrene, micro-angiopathy, nephrosclerosis, cataract, peripheral neuropathy.

Urine specific gravity?

Description : Urine specific gravity?

Last Answer : DefinitionUrine specific gravity is a laboratory test that measures the concentration of all chemical particles in the urine.See also:Urine concentration testUrine osmolalityUrinalysisAlternative NamesUrine densityHow the ... , balanced diet for several days before the test.How the test will feelTh

Excretion of phenolsulphanpthalein (PSP) reflects (A) Glomerulonephritis (B) Maximaltabular excretory capacity (C) Filtration factor (D) Renal plasma flow

Description : Excretion of phenolsulphanpthalein (PSP) reflects (A) Glomerulonephritis (B) Maximaltabular excretory capacity (C) Filtration factor (D) Renal plasma flow

Last Answer : Answer : B