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Patho Renal

Patho Renal
100問 • 2年前
  • Two Clean Queens
  • 通報

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  • 1

    Waste products excreted by the kidneys

    Urea, Creatinine, Bilirubin, Drugs, and Hormone Metabolites

  • 2

    Kidneys Regulate?

    Water and Electrolyte Balance

  • 3

    Kidneys Regulate BP Through?

    RAAS

  • 4

    Kidneys Regulate Acid-Base Balance Through?

    Excretion of H+ and Reabsorption of Bicarbonate

  • 5

    Kidneys Regulate Erythrocyte Production By?

    Erythropoietin Production

  • 6

    Kidneys Regulate

    1,25-Dihydroxy Vitamin Production

  • 7

    Kidneys Regulate

    Gluconeogenesis

  • 8

    Outer Portion of Kidneys

    Cortex

  • 9

    Inner Portion of the Kidneys

    Medulla

  • 10

    Organized tissue in the medulla that communicates with the renal pelvis

    Renal Pyramids

  • 11

    Collect urine made by the kidneys and lead to the renal pelvis -> ureters -> bladder

    Minor and Major Calyx

  • 12

    The functional unit of the kidney that makes urine located in the cortex and medulla (cannot be regenerated)

    Nephrons

  • 13

    Tuft of glomerular capillaries where fluid is filtered from the blood -> creates a filtrate which enters the tubule

    Glomerulus

  • 14

    Tube in which filtrate is processed into urine

    Tubule

  • 15

    Network of capillaries in the renal cortex covered by epithelium called Bowman’s Capsule. Blood is filtered and fluid is collected in Bowman’s Capsule. Vascular tone of afferent and efferent arterioles control rate of filtration.

    Glomerulus

  • 16

    Bowman’s Capsule -> proximal tubule -> loop of Henle [descending (thin) and ascending (thick) limbs] -> collecting tubules -> 8-10 collecting tubules combine to medullary collecting tubule -> collecting duct -> renal pelvis

    The Tubule System

  • 17

    Glomerulus in the outer cortex and tubules that only go a short way into the medulla

    Cortical Nephron

  • 18

    Glomerulus deep in the cortex with tubules that go a long distance into the medulla

    Juxtaglomerular Nephron

  • 19

    These nephrons have specialized vasculature surrounding their periorbital capillaries (vasa recta) which absorb fluid into systemic concentration determining the urine concentration

    Juxtaglomerular Nephron

  • 20

    Renal Artery branches into

    Interlobar Artery and Arcuate Arteries

  • 21

    Capillary Beds Are Comprised of

    Afferent and Efferent (Vasa Recta)

  • 22

    Function of Afferent Arterioles -> Glomerular Capillaries

    Where Filtration Occurs

  • 23

    Where water, electrolytes and substances exchange between blood and filtrate making urine

    Function of Arterioles-> Peritubular Capillaries

  • 24

    Adjusting the resistance of the afferent and efferent arterioles controles hydrostatic pressure in the glomerulus->

    Controls Glomerular Filtration Rate (GFR) = rate which blood flows through the kidneys

  • 25

    Long efferent arterioles that extend the length of the medullary glomerulus and form the Juxtaglomerular cells

    Vasa Recta

  • 26

    Regulate urine and serum concentration and volume; reabsorb filtrate to return to systemic circulation

    Vasa Recta

  • 27

    Function of Urine Formation

    Glomerular Filtration, Reabsorption or Substances from the Renal Tubules into the Blood, Excretion of Substances from the blood into the Renal Tubules

  • 28

    Movement of fluid and substance from blood -> glomerular capillaries-> Bowman’s Capsule

    Glomerular Filtration

  • 29

    Filtered Fluid containing little protein or cellular elements if the capsule is intact, and has less calcium and fatty acids than blood

    Filtrate

  • 30

    Sum of hydrostatic and colloid osmotic pressures across the glomerular membrane (net filtration pressure)

    Glomerular Filtration Rate

  • 31

    Glomerular Filtration Membrane is Comprised of

    Endothelium (Fenestrae), Basement Membrane (Collagen and Proteoglycans), and Podocyte (Filtration Slits/Slit Membranes)

  • 32

    Ways to Decrease GFR

    Increase Bowman’s Capsule Hydrostatic Pressure (obstruction of urinary tract-kidney stone), Increase Glomerular Capillary Colloid Osmotic Pressure (high protein intake and hyperglycemia)

  • 33

    Ways to Increase GFR

    Increase Glomerular Capillary Hydrostatic Pressure, Increase Intravascular Volume or MAP, Dilation of Afferent Arterioles = more blood flow, Constrict Efferent Arterioles = slower flow and greater blood volume

  • 34

    Ways to Decrease GFR

    Sympathetic Nervous System (Epi and Norepi both decrease blood flow by constricting afferent arterioles)

  • 35

    Ways to Decrease GFR

    Hormones (Endothelin-constrict afferent arterioles->decrease blood flow)

  • 36

    Ways to Increase GFR

    Local Angiotensin II (constrict efferent arterioles increasing blood flow)

  • 37

    Ways to Increase GFR

    Nitric Oxide, Prostaglandin, Bradykinin (dilate afferent arterioles increasing blood flow

  • 38

    Macula densa cells in the distal tubules sense sodium and decreased blood flow-> signal to Juxtaglomerular cells to produce renin-> RAAS system

    Juxtaglomerular Apparatus

  • 39

    Reabsorption of sodium, potassium, phosphorus, bicarbonate, glucose, amino acids. Very permeable to water.

    Proximal Tubule

  • 40

    Secretes H+, organic acids, organic bases (metabolic byproducts, bile salts, uric acids, catecholamines)

    Proximal Tubule

  • 41

    Controlled by Angiotensin II (increase Na+ and water absorption) and parathyroid hormone (decreased phosphorus reabsorption)

    Proximal Tubule

  • 42

    Reabsorption of small amounts of Na+, highly permeable to water, creates highly concentrated filtrate, no secretion

    Thin Descending Loop of Henle

  • 43

    Reabsorption of sodium, potassium, calcium, magnesium, bicarbonate. Impermeable to water. Dilutes filtrate. Secretes H+. Controls Angiotensin II (NaCl reabsorption and H+ secretion). Parathyroid hormone (Calcium reabsorption).

    Thick Ascending Loop of Henle

  • 44

    Reabsorption of sodium, calcium, bicarbonate. Permeable to water (antidiuretic hormone required). Secretes potassium, H+, urea. Controls Aldosterone (increase NaCl and K+ secretion), Vasopressin/ADH (increase water reabsorption), ANP (decreases Na reabsorption)

    Collecting Tubules

  • 45

    Reabsorp of urea

    Reabsorption of urea, water if vasopressin/ADH. Secretion or Reabsorption of sodium, potassium, H+, bicarbonate. Controls vasopressin/ADH (increase water reabsorption)

  • 46

    Osmolarity of medullary interstitum

    1200 Osmo/L

  • 47

    Osmolarity of interstitial fluid

    300 Osmo/L

  • 48

    Reflects GFR, estimate that overestimates function

    Creatinine Clearance

  • 49

    Blood x 1 and 24 hr urine, normal level varies by age and gender. Useful if kidney function is stable. Picks up small, significant early changes in serum creatinine

    Creatinine Clearance

  • 50

    Marker of kidney function, measure of serum protein filtered by glomerulus and metabolized by tubules

    Cystatin C

  • 51

    Elevated level correlates with decreased GFR. Not affected by infection, diet, inflammation, gender, age, or race.

    Cystatin C

  • 52

    RBCs in Urine indicate?

    Glomerulonephritis, trauma, kidney stones; tubular or glomeruli injury

  • 53

    WBCs in Urine Indicate?

    Infection and Inflammation

  • 54

    Casts in Urine Indicate?

    Coagulated Proteins

  • 55

    Cellular Debris in Urine Indicate?

    AKI

  • 56

    Epithelial in Urine Indicate?

    Tubular Injury

  • 57

    Broad Waxy Cells in Urine indicate?

    Stasis and Tubular Injury (poor sign)

  • 58

    Neutrophil gelatinase-associated lipocalin (plasma, urine)

    NGAL

  • 59

    Kidney Injury Molecule I (urine)

    KIM I

  • 60

    Interleukin-I8 (urine)

    IL-I8

  • 61

    Insulin-like growth factor-binding protein (urine)

    IGF BIP7

  • 62

    Tissue inhibitor of metalloproteinases-2 (urine)

    TIMP-2

  • 63

    As Kidneys Age Renal Cells May?

    Hypertrophy

  • 64

    As number of nephrons decrease with age

    Decreases renal blood flow and GFR

  • 65

    As tubular atrophy occurs with age

    Decreases glucose, bicarb, and sodium reabsorption

  • 66

    Decrease production of Vit D by kidneys with aging

    Changes intestinal Ca absorption

  • 67

    Bladder symptoms are more common with aging kidneys causing

    Nephrotic/external changes: hormone changes, prostate hypertrophy, CV disease

  • 68

    Masses of crystals, protein or substances that cause obstruction of urinate tract (typically unilateral)

    Nephrolithiasis & Urolithiasis

  • 69

    Pathogenesis: salts in urine precipitate and form crystals that grow (aggregate). Manifestations related to movement or obstruction.

    Nephrolithiasis & Urolithiasis

  • 70

    Classified according to primary salt that makes up the stone: calcium oxalate or phosphate, uric acid, struvite - magnesium, ammonium, phosphate

    Nephrolithiasis & Urolithiasis

  • 71

    pH of urine can promote stones (alkaline pH > 7.0 calcium, phosphate, and stuvite; acidic pH < 5.0 uric acid)

    Nephrolithiasis & Urolithiasis

  • 72

    Injury to endothelium, basement membrane, podocytes. Hallmark = altered permeability and selectivity. Manifestations- Proteinuria, hematuria, urinary sediment, oliguria, edema, hypertension, azotemia.

    Glomerular Diseases

  • 73

    Inflammatory Glomerular Disease

    Circulating antigen-antibody complexes deposit in glomerulus-> antibodies react with antigens in the glomerulus (in situ)-> Antibodies degrade glomerular capillary (basement membrane)-> Activation of immune/inflammatory response-> More injury to basement membrane-> Decreased GFR, increased membrane permeability, cell proliferation, sclerosis, thickened BM.

  • 74

    Post-infectious: deposits of IgG and complement complexes -> Kids: post group A. strep; Adults: post-Staph

    Acute Glomerulonephritis

  • 75

    Deposits of IgA -> 24-48 hrs post URI and viral GI infection; related to lupus nephritis or early diabetic nephropathy.

    IgA Nephropathy

  • 76

    Autoimmune, Antibodies formed in situ

    Membranous Glomerulonephritis

  • 77

    Accumulation of macrophages and proliferation of epithelial cells in Bowman’s space, forms crescents and occludes glomerular capillary blood flow (3 types, diagnose and treat early or -> CKD and transplant)

    Rapidly Progressive Glomerulonephritis

  • 78

    Typically associated with chronic inflammatory process. Slow developing until develop nephrotic syndrome -> ESRD.

    Chronic Glomerulonephritis

  • 79

    Associated with: Diabetic Nephropathy - podocyte injury, thickening of basement membrane and Glomerulosclerosis; Lupus Nephritis - immune complex deposition, basement membrane damage.

    Chronic Glomerulonephritis

  • 80

    Protein (albumin) in urine

    Proteinuria

  • 81

    Normal protein level in urine

    </= 150mg/d

  • 82

    Significant protein level in urine

    300-500mg/d

  • 83

    Nephrotic urine protein level

    >3g/day

  • 84

    >3.5g/day protein in urine

    Glomerular Disease

  • 85

    1-2g/day protein in urine

    Tubular Disease

  • 86

    Albumin-Creatinine ratio can substitute for

    24-hour urine

  • 87

    Presents with significant Proteinuria. Associated with chronic glomerulonephritis, drugs, and infections. Manifestations: hypoalbuminemia, edema, hyperlipidemia, and lipiduria.

    Nephrotic Syndrome

  • 88

    Presents as hematuria and RBC casts (Proteinuria but less significant). Associated with infection related and rapidly progressive glomerulnephritis. Manifestations: HTN, oliguruia.

    Nephritic Syndrome

  • 89

    Sudden decline in GFR, U/O and clearance of waste products and electrolytes

    AKI

  • 90

    1.5-1.9 x baseline Cr or >/= 0.3 mg/dL increase

    Stage I AKI

  • 91

    2-2.9 x baseline Cr

    Stage 2 AKI

  • 92

    3.0 x baseline Cr or use of renal replacement therapy

    Stage 3 AKI

  • 93

    Inadequate perfusion (not enough blood at sufficient pressure to allow filtering). Manifestations: hypotension and hypovolemia. Renal blood flow: renal aretery stenosis, abdominal compartment syndrome. Common cause of of AKI. Fe(na): <1% pre-renal AKI.

    Pre-Renal

  • 94

    Cellular damage (injury to the cells that make filtering possible). Inflammatory conditions, acute tubular necrosis (ATN), nephrotixins. Most common cause of ATN from ischemia. Fe(na): >1% intrinsic or post-renal AKI.

    Renal/Intrinsic

  • 95

    Obstruction (urine is unable to drain and system backs up). Fe(na): >1% intrinsic or post-renal AKI.

    Post-Renal

  • 96

    Elevated Cr and oliguria - important feature of AKI. Electolyte abnormalities: K, Phos, BUN. Metabolic Acidosis. Edema, dyspnea -> F/O. Fatigue, AMS. Brown urine?

    Manifestions of AKI

  • 97

    No specific symptoms, but kidney function can slowly decline

    Stage 1-3

  • 98

    Kidney function is very low, and treatment for kidney failure may be neeed soon.

    Stage 4

  • 99

    Kidneys can no longer keep up with removing waste products and extra water. This is called kidney failure. Although there is no cure, treatment options are available.

    Stage 5

  • 100

    Reabsorption of urea and water (vasopressin/ADH). Secrete or Reabsorb - Na, K, H+, bicarbonate. Controlled by - vasopressin/ADH (increase H2O reabsorption)

    Medullary Collecting Ducts

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    問題一覧

  • 1

    Waste products excreted by the kidneys

    Urea, Creatinine, Bilirubin, Drugs, and Hormone Metabolites

  • 2

    Kidneys Regulate?

    Water and Electrolyte Balance

  • 3

    Kidneys Regulate BP Through?

    RAAS

  • 4

    Kidneys Regulate Acid-Base Balance Through?

    Excretion of H+ and Reabsorption of Bicarbonate

  • 5

    Kidneys Regulate Erythrocyte Production By?

    Erythropoietin Production

  • 6

    Kidneys Regulate

    1,25-Dihydroxy Vitamin Production

  • 7

    Kidneys Regulate

    Gluconeogenesis

  • 8

    Outer Portion of Kidneys

    Cortex

  • 9

    Inner Portion of the Kidneys

    Medulla

  • 10

    Organized tissue in the medulla that communicates with the renal pelvis

    Renal Pyramids

  • 11

    Collect urine made by the kidneys and lead to the renal pelvis -> ureters -> bladder

    Minor and Major Calyx

  • 12

    The functional unit of the kidney that makes urine located in the cortex and medulla (cannot be regenerated)

    Nephrons

  • 13

    Tuft of glomerular capillaries where fluid is filtered from the blood -> creates a filtrate which enters the tubule

    Glomerulus

  • 14

    Tube in which filtrate is processed into urine

    Tubule

  • 15

    Network of capillaries in the renal cortex covered by epithelium called Bowman’s Capsule. Blood is filtered and fluid is collected in Bowman’s Capsule. Vascular tone of afferent and efferent arterioles control rate of filtration.

    Glomerulus

  • 16

    Bowman’s Capsule -> proximal tubule -> loop of Henle [descending (thin) and ascending (thick) limbs] -> collecting tubules -> 8-10 collecting tubules combine to medullary collecting tubule -> collecting duct -> renal pelvis

    The Tubule System

  • 17

    Glomerulus in the outer cortex and tubules that only go a short way into the medulla

    Cortical Nephron

  • 18

    Glomerulus deep in the cortex with tubules that go a long distance into the medulla

    Juxtaglomerular Nephron

  • 19

    These nephrons have specialized vasculature surrounding their periorbital capillaries (vasa recta) which absorb fluid into systemic concentration determining the urine concentration

    Juxtaglomerular Nephron

  • 20

    Renal Artery branches into

    Interlobar Artery and Arcuate Arteries

  • 21

    Capillary Beds Are Comprised of

    Afferent and Efferent (Vasa Recta)

  • 22

    Function of Afferent Arterioles -> Glomerular Capillaries

    Where Filtration Occurs

  • 23

    Where water, electrolytes and substances exchange between blood and filtrate making urine

    Function of Arterioles-> Peritubular Capillaries

  • 24

    Adjusting the resistance of the afferent and efferent arterioles controles hydrostatic pressure in the glomerulus->

    Controls Glomerular Filtration Rate (GFR) = rate which blood flows through the kidneys

  • 25

    Long efferent arterioles that extend the length of the medullary glomerulus and form the Juxtaglomerular cells

    Vasa Recta

  • 26

    Regulate urine and serum concentration and volume; reabsorb filtrate to return to systemic circulation

    Vasa Recta

  • 27

    Function of Urine Formation

    Glomerular Filtration, Reabsorption or Substances from the Renal Tubules into the Blood, Excretion of Substances from the blood into the Renal Tubules

  • 28

    Movement of fluid and substance from blood -> glomerular capillaries-> Bowman’s Capsule

    Glomerular Filtration

  • 29

    Filtered Fluid containing little protein or cellular elements if the capsule is intact, and has less calcium and fatty acids than blood

    Filtrate

  • 30

    Sum of hydrostatic and colloid osmotic pressures across the glomerular membrane (net filtration pressure)

    Glomerular Filtration Rate

  • 31

    Glomerular Filtration Membrane is Comprised of

    Endothelium (Fenestrae), Basement Membrane (Collagen and Proteoglycans), and Podocyte (Filtration Slits/Slit Membranes)

  • 32

    Ways to Decrease GFR

    Increase Bowman’s Capsule Hydrostatic Pressure (obstruction of urinary tract-kidney stone), Increase Glomerular Capillary Colloid Osmotic Pressure (high protein intake and hyperglycemia)

  • 33

    Ways to Increase GFR

    Increase Glomerular Capillary Hydrostatic Pressure, Increase Intravascular Volume or MAP, Dilation of Afferent Arterioles = more blood flow, Constrict Efferent Arterioles = slower flow and greater blood volume

  • 34

    Ways to Decrease GFR

    Sympathetic Nervous System (Epi and Norepi both decrease blood flow by constricting afferent arterioles)

  • 35

    Ways to Decrease GFR

    Hormones (Endothelin-constrict afferent arterioles->decrease blood flow)

  • 36

    Ways to Increase GFR

    Local Angiotensin II (constrict efferent arterioles increasing blood flow)

  • 37

    Ways to Increase GFR

    Nitric Oxide, Prostaglandin, Bradykinin (dilate afferent arterioles increasing blood flow

  • 38

    Macula densa cells in the distal tubules sense sodium and decreased blood flow-> signal to Juxtaglomerular cells to produce renin-> RAAS system

    Juxtaglomerular Apparatus

  • 39

    Reabsorption of sodium, potassium, phosphorus, bicarbonate, glucose, amino acids. Very permeable to water.

    Proximal Tubule

  • 40

    Secretes H+, organic acids, organic bases (metabolic byproducts, bile salts, uric acids, catecholamines)

    Proximal Tubule

  • 41

    Controlled by Angiotensin II (increase Na+ and water absorption) and parathyroid hormone (decreased phosphorus reabsorption)

    Proximal Tubule

  • 42

    Reabsorption of small amounts of Na+, highly permeable to water, creates highly concentrated filtrate, no secretion

    Thin Descending Loop of Henle

  • 43

    Reabsorption of sodium, potassium, calcium, magnesium, bicarbonate. Impermeable to water. Dilutes filtrate. Secretes H+. Controls Angiotensin II (NaCl reabsorption and H+ secretion). Parathyroid hormone (Calcium reabsorption).

    Thick Ascending Loop of Henle

  • 44

    Reabsorption of sodium, calcium, bicarbonate. Permeable to water (antidiuretic hormone required). Secretes potassium, H+, urea. Controls Aldosterone (increase NaCl and K+ secretion), Vasopressin/ADH (increase water reabsorption), ANP (decreases Na reabsorption)

    Collecting Tubules

  • 45

    Reabsorp of urea

    Reabsorption of urea, water if vasopressin/ADH. Secretion or Reabsorption of sodium, potassium, H+, bicarbonate. Controls vasopressin/ADH (increase water reabsorption)

  • 46

    Osmolarity of medullary interstitum

    1200 Osmo/L

  • 47

    Osmolarity of interstitial fluid

    300 Osmo/L

  • 48

    Reflects GFR, estimate that overestimates function

    Creatinine Clearance

  • 49

    Blood x 1 and 24 hr urine, normal level varies by age and gender. Useful if kidney function is stable. Picks up small, significant early changes in serum creatinine

    Creatinine Clearance

  • 50

    Marker of kidney function, measure of serum protein filtered by glomerulus and metabolized by tubules

    Cystatin C

  • 51

    Elevated level correlates with decreased GFR. Not affected by infection, diet, inflammation, gender, age, or race.

    Cystatin C

  • 52

    RBCs in Urine indicate?

    Glomerulonephritis, trauma, kidney stones; tubular or glomeruli injury

  • 53

    WBCs in Urine Indicate?

    Infection and Inflammation

  • 54

    Casts in Urine Indicate?

    Coagulated Proteins

  • 55

    Cellular Debris in Urine Indicate?

    AKI

  • 56

    Epithelial in Urine Indicate?

    Tubular Injury

  • 57

    Broad Waxy Cells in Urine indicate?

    Stasis and Tubular Injury (poor sign)

  • 58

    Neutrophil gelatinase-associated lipocalin (plasma, urine)

    NGAL

  • 59

    Kidney Injury Molecule I (urine)

    KIM I

  • 60

    Interleukin-I8 (urine)

    IL-I8

  • 61

    Insulin-like growth factor-binding protein (urine)

    IGF BIP7

  • 62

    Tissue inhibitor of metalloproteinases-2 (urine)

    TIMP-2

  • 63

    As Kidneys Age Renal Cells May?

    Hypertrophy

  • 64

    As number of nephrons decrease with age

    Decreases renal blood flow and GFR

  • 65

    As tubular atrophy occurs with age

    Decreases glucose, bicarb, and sodium reabsorption

  • 66

    Decrease production of Vit D by kidneys with aging

    Changes intestinal Ca absorption

  • 67

    Bladder symptoms are more common with aging kidneys causing

    Nephrotic/external changes: hormone changes, prostate hypertrophy, CV disease

  • 68

    Masses of crystals, protein or substances that cause obstruction of urinate tract (typically unilateral)

    Nephrolithiasis & Urolithiasis

  • 69

    Pathogenesis: salts in urine precipitate and form crystals that grow (aggregate). Manifestations related to movement or obstruction.

    Nephrolithiasis & Urolithiasis

  • 70

    Classified according to primary salt that makes up the stone: calcium oxalate or phosphate, uric acid, struvite - magnesium, ammonium, phosphate

    Nephrolithiasis & Urolithiasis

  • 71

    pH of urine can promote stones (alkaline pH > 7.0 calcium, phosphate, and stuvite; acidic pH < 5.0 uric acid)

    Nephrolithiasis & Urolithiasis

  • 72

    Injury to endothelium, basement membrane, podocytes. Hallmark = altered permeability and selectivity. Manifestations- Proteinuria, hematuria, urinary sediment, oliguria, edema, hypertension, azotemia.

    Glomerular Diseases

  • 73

    Inflammatory Glomerular Disease

    Circulating antigen-antibody complexes deposit in glomerulus-> antibodies react with antigens in the glomerulus (in situ)-> Antibodies degrade glomerular capillary (basement membrane)-> Activation of immune/inflammatory response-> More injury to basement membrane-> Decreased GFR, increased membrane permeability, cell proliferation, sclerosis, thickened BM.

  • 74

    Post-infectious: deposits of IgG and complement complexes -> Kids: post group A. strep; Adults: post-Staph

    Acute Glomerulonephritis

  • 75

    Deposits of IgA -> 24-48 hrs post URI and viral GI infection; related to lupus nephritis or early diabetic nephropathy.

    IgA Nephropathy

  • 76

    Autoimmune, Antibodies formed in situ

    Membranous Glomerulonephritis

  • 77

    Accumulation of macrophages and proliferation of epithelial cells in Bowman’s space, forms crescents and occludes glomerular capillary blood flow (3 types, diagnose and treat early or -> CKD and transplant)

    Rapidly Progressive Glomerulonephritis

  • 78

    Typically associated with chronic inflammatory process. Slow developing until develop nephrotic syndrome -> ESRD.

    Chronic Glomerulonephritis

  • 79

    Associated with: Diabetic Nephropathy - podocyte injury, thickening of basement membrane and Glomerulosclerosis; Lupus Nephritis - immune complex deposition, basement membrane damage.

    Chronic Glomerulonephritis

  • 80

    Protein (albumin) in urine

    Proteinuria

  • 81

    Normal protein level in urine

    </= 150mg/d

  • 82

    Significant protein level in urine

    300-500mg/d

  • 83

    Nephrotic urine protein level

    >3g/day

  • 84

    >3.5g/day protein in urine

    Glomerular Disease

  • 85

    1-2g/day protein in urine

    Tubular Disease

  • 86

    Albumin-Creatinine ratio can substitute for

    24-hour urine

  • 87

    Presents with significant Proteinuria. Associated with chronic glomerulonephritis, drugs, and infections. Manifestations: hypoalbuminemia, edema, hyperlipidemia, and lipiduria.

    Nephrotic Syndrome

  • 88

    Presents as hematuria and RBC casts (Proteinuria but less significant). Associated with infection related and rapidly progressive glomerulnephritis. Manifestations: HTN, oliguruia.

    Nephritic Syndrome

  • 89

    Sudden decline in GFR, U/O and clearance of waste products and electrolytes

    AKI

  • 90

    1.5-1.9 x baseline Cr or >/= 0.3 mg/dL increase

    Stage I AKI

  • 91

    2-2.9 x baseline Cr

    Stage 2 AKI

  • 92

    3.0 x baseline Cr or use of renal replacement therapy

    Stage 3 AKI

  • 93

    Inadequate perfusion (not enough blood at sufficient pressure to allow filtering). Manifestations: hypotension and hypovolemia. Renal blood flow: renal aretery stenosis, abdominal compartment syndrome. Common cause of of AKI. Fe(na): <1% pre-renal AKI.

    Pre-Renal

  • 94

    Cellular damage (injury to the cells that make filtering possible). Inflammatory conditions, acute tubular necrosis (ATN), nephrotixins. Most common cause of ATN from ischemia. Fe(na): >1% intrinsic or post-renal AKI.

    Renal/Intrinsic

  • 95

    Obstruction (urine is unable to drain and system backs up). Fe(na): >1% intrinsic or post-renal AKI.

    Post-Renal

  • 96

    Elevated Cr and oliguria - important feature of AKI. Electolyte abnormalities: K, Phos, BUN. Metabolic Acidosis. Edema, dyspnea -> F/O. Fatigue, AMS. Brown urine?

    Manifestions of AKI

  • 97

    No specific symptoms, but kidney function can slowly decline

    Stage 1-3

  • 98

    Kidney function is very low, and treatment for kidney failure may be neeed soon.

    Stage 4

  • 99

    Kidneys can no longer keep up with removing waste products and extra water. This is called kidney failure. Although there is no cure, treatment options are available.

    Stage 5

  • 100

    Reabsorption of urea and water (vasopressin/ADH). Secrete or Reabsorb - Na, K, H+, bicarbonate. Controlled by - vasopressin/ADH (increase H2O reabsorption)

    Medullary Collecting Ducts