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GROUPARELLANO, Tristan Jay I.
BAUTISTA, Mark Christian C.
DAVID, John Aufer D.GUTIERREZ, Algene C.
KIM, Hyun Oae
OLALIA, Jayson S.MARTIN, Eleanor D.
Ventura, Nikki Jireh F.PEREZ, Jaramie O.
VILLAFUERTE, Karla Lizette M.
9thNEPHROTIC
syndrome
Clinical CasePRESENTATION
MRS. RAMEDIO, 66 YEARS OLD
After her menarche at the age of 13, Mrs. Ramedios has had experienced pain during urination, especially during her monthly period. If this happens, all she would do is to perform vaginal douche and just drink plenty of fluids, coconut juice in order to relieve her pain by increasing the flow of urine and increasing its frequency.
Mrs. Remedio during her teenage years already went in to farming, in order to aid her parents to bring home money for the family. It was also during this time that she started to smoke. Her work as a planter is very exhausting as she exerted so many efforts under the scorching heat of the sun. With that, she really perspires a lot, however, when asked as to how many glasses of water she consumed during those very strenuous days at the field, she replied that she can finish only 2 medium glasses a day.
Aside from the dysuria, she had a high-grade fever, which was accompanied by chills. When Mrs. Ramedio felt that there is pain during urination and at the onset of mild fever, she would buy from the nearest drug store the same antibiotics, which is Bactrim and will take this until dysuria will be alleviated.
When asked what does she do after voiding, she revealed that she seldom washes and wipes her vagina after voiding. She noticed that whenever she voids, her urine is very cloudy and seemingly thick and very concentrated, and is very few, bit frequency increased in number. At exactly 12:45 am of March 30, 2013, Mrs. Ramedio shouted at the top of her lungs because of severe suprapubic pain that radiates to the flank area.
When her daughter went to Mrs. Ramedio’s room, she saw her mother curled into a fetal position and was already suffering from high-grade fever. This led to Mrs. Ramedio’s confinement in one of the Secondary Hospitals in Angeles City. CBC revealed an elevation in the WBC count and Urinalysis revealed presence of +4 Albumin in the urine. Puffiness of the eyes and edema on all extremities was noted.
Let’s Have ADEEPER LOOK
justKIDNEY ing
justKIDNEY ing
The renal glomerulus filters the blood that arrives at the kidney.
It is formed of capillaries with small pores that allow small molecules to pass through that have a molecular weight of less than 40,000 Daltons, but not larger macromolecules such
as proteins.
GLOMERULUS
NEPHROTIC SYNDROMEPathophysiolo
gy
Primary Lesions- Membranous Glomerulopathy- Minimal Change Nephrotic Syndrome- Focal Segmental Gromerulosclerosis- Membranoprolirative Glomerulonephritides
Systemic Diseases- Diabetes Insipidus- Amyloidosis- Systemic Lupus Erythematosus- Drugs- Severe Infections- Malignancies
Increased GlomerularCapillary Permeability
Massive Proteinuria [3.5g]
Hypoalbuminemia
Specific Renal EffectsSystemic Effects
Altered Coagulation Factors
Loss of Proteins Carrying Hormones
and Vitamins
Thromboembolism
Depletion of Serum Albumin Levels, Below
Compensatory Synthesis Levels
Parallel to Liver Ability
Decreased Cellular Immunity
Reversed Albumin-
Globulin Ratio
Increased Risk for Infections
SYSTEMIC EFFECTS
Increased Turnover Rate of Immunoglobulins
Altered Coagulation Factors
Loss of Proteins Carrying Hormones
and Vitamins
Thromboembolism
Depletion of Serum Albumin Levels, Below
Compensatory Synthesis Levels
Parallel to Liver Ability
Decreased Cellular Immunity
Reversed Albumin-
Globulin Ratio
Increased Risk for Infections
SYSTEMIC EFFECTS
Increased Turnover Rate of Immunoglobulins
Primary Lesions- Membranous Glomerulopathy- Minimal Change Nephrotic Syndrome- Focal Segmental Gromerulosclerosis- Membranoprolirative Glomerulonephritides
Systemic Diseases- Diabetes Insipidus- Amyloidosis- Systemic Lupus Erythematosus- Drugs- Severe Infections- Malignancies
Increased GlomerularCapillary Permeability
Massive Proteinuria [3.5g]
Hypoalbuminemia
Specific Renal EffectsSystemic Effects
Albuminuria
Increased Tubular Reabsorption of Filtered Proteins
Increased Catabolism of Albumin
Tubulointerstitial Inflammatory
Infiltrate Induction with Stimulation of Angiotensin II and Inhibition of Nitric
Oxide
Increased Sodium Reabsorption
Primary Retention of Sodium
Increased Capillary Hydrostatic Pressure
SPECIFIC RENAL EFFECTS
Albuminuria
Increased Tubular Reabsorption of Filtered Proteins
Increased Catabolism of Albumin
Tubulointerstitial Inflammatory
Infiltrate Induction with Stimulation of Angiotensin II and Inhibition of Nitric
Oxide
Increased Sodium Reabsorption
Primary Retention of Sodium
Increased Capillary Hydrostatic Pressure
SPECIFIC RENAL EFFECTS
Hypoalbuminemia
Primary Lesions- Membranous Glomerulopathy- Minimal Change Nephrotic Syndrome- Focal Segmental Gromerulosclerosis- Membranoprolirative Glomerulonephritides
Systemic Diseases- Diabetes Insipidus- Amyloidosis- Systemic Lupus Erythematosus- Drugs- Severe Infections- Malignancies
Increased GlomerularCapillary Permeability
Massive Proteinuria [3.5g]
Specific Renal EffectsSystemic Effects
Primary Lesions- Membranous Glomerulopathy- Minimal Change Nephrotic Syndrome- Focal Segmental Gromerulosclerosis- Membranoprolirative Glomerulonephritides
Systemic Diseases- Diabetes Insipidus- Amyloidosis- Systemic Lupus Erythematosus- Drugs- Severe Infections- Malignancies
Increased GlomerularCapillary Permeability
Massive Proteinuria [3.5g]
Specific Renal EffectsSystemic Effects
Hypoalbuminemia
Altered Coagulation Factors
Loss of Proteins Carrying Hormones
and Vitamins
Thromboembolism
Depletion of Serum Albumin Levels, Below
Compensatory Synthesis Levels
Parallel to Liver Ability
Decreased Cellular Immunity
Reversed Albumin-
Globulin Ratio
Increased Risk for Infections
SYSTEMIC EFFECTS
Increased Turnover Rate of Immunoglobulins
Altered Coagulation Factors
Loss of Proteins Carrying Hormones
and Vitamins
Thromboembolism
Depletion of Serum Albumin Levels, Below
Compensatory Synthesis Levels
Parallel to Liver Ability
Decreased Cellular Immunity
Reversed Albumin-
Globulin Ratio
Increased Risk for Infections
SYSTEMIC EFFECTS
Increased Turnover Rate of Immunoglobulins
Hypoalbuminemia
Hypoalbuminemia
Decreased Plasma Oncotic Pressure
DIFFUSION OF WATER AND ELECTROLYTES TOWARDS INTERSTITIUM
Decreased Plasma Volume
Decreased Venous Return
Increased Production and Secretion of
Vasopressin
Increased Retention of Water and
SodiumDecreased Renal Blood Flow
Variuos Systemic Manifestations Decreased Cardiac Output
Albuminuria
Increased Tubular Reabsorption of Filtered Proteins
Increased Catabolism of Albumin
Tubulointerstitial Inflammatory
Infiltrate Induction with Stimulation of Angiotensin II and Inhibition of Nitric
Oxide
Increased Sodium Reabsorption
Primary Retention of Sodium
Increased Capillary Hydrostatic Pressure
SPECIFIC RENAL EFFECTS
Albuminuria
Increased Tubular Reabsorption of Filtered Proteins
Increased Catabolism of Albumin
Tubulointerstitial Inflammatory
Infiltrate Induction with Stimulation of Angiotensin II and Inhibition of Nitric
Oxide
Increased Sodium Reabsorption
Primary Retention of Sodium
Increased Capillary Hydrostatic Pressure
SPECIFIC RENAL EFFECTS
Hypoalbuminemia
Decreased Plasma Oncotic Pressure
DIFFUSION OF WATER AND ELECTROLYTES TOWARDS INTERSTITIUM
Decreased Plasma Volume
Decreased Venous Return
Increased Production and Secretion of
Vasopressin
Increased Retention of Water and
SodiumDecreased Renal Blood Flow
Variuos Systemic Manifestations Decreased Cardiac Output
Decreased Functional
Capability to Filter Sodium
and Water
Stimulation of R.A.A.S
Increased A-II
Increased Aldosterone
Increased Sodium
Reabsorption
Peripheral Vasoconstriction
Increased Cardiac Workload
Hypertension
Edema
Decreased Functional
Capability to Filter Sodium
and Water
Stimulation of R.A.A.S
Increased A-II
Increased Aldosterone
Increased Sodium
Reabsorption
Peripheral Vasoconstriction
Increased Cardiac Workload
Hypertension
Edema
Hypoalbuminemia
Decreased Plasma Oncotic Pressure
DIFFUSION OF WATER AND ELECTROLYTES TOWARDS INTERSTITIUM
Decreased Plasma Volume
Decreased Venous Return
Increased Production and Secretion of
Vasopressin
Increased Retention of Water and
SodiumDecreased Renal Blood Flow
Variuos Systemic Manifestations Decreased Cardiac Output
Increased Synthesis of
Lipoproteins by the Liver
Hyperlipoproteinemiaand Hyperlipidemia
Lipiduria
Presence of either Free Fats or Oval Fat
Bodies in Urine
NEXT
NEPHROTIC SYNDROMESigns & Symptoms
1. Nonspecific symptoms include weakness, fever, abdominal pain, and malaise2. Edema/ Swelling
Puffiness of the eyelids and facial edema In the arms and legs, especially in the feet and ankles
3. Urine is cloudy in appearance.4. Diminished urine output (Oliguria)5. Weight gain from fluid retention6. Proteinuria7. Blood pressure may be elevated8. Hyperlipidemia9. Pale skin color10.Possible flank pain secondary to stretching of the renal capsule
(IN GENERAL)
1.Dysuria2.High grade fever3.Urine is cloudy and turbid in appearance
4.Scanty and diminished urine volume (oliguria)
5.Proteinuria6.Grade ++ edema (moderate edema: both feet plus lower legs, hands or lower arms
7.Suprapubic pain that radiates to the flank area
8.Tachycardia
(PATIENT CENTERED)
NEPHROTIC SYNDROMEDiagnostics
• URINALYSIS• URINE SEDIMENT EXAMINATION• URINARY PROTEIN MEASUREMENT• SERUM ALBUMIN• SEROLOGIC TESTS/STUDIES FOR IMMUNE AND
INFECTION ABNORMALITIES• RENAL ULTRASONOGRAPHY• RENAL BIOPSY
(IN GENERAL)
TESTS RESULTS NORMAL VALUES
CBC:• Hgb 125g/dL 120-160g/dL• Hct 0.26g/L 0.37 – 0.47 g/L
• WBC NEUTROPHILS LYMPHOCYTES MONOCYTES
19.1x10^9/L0.40.2
0.01
5 x 109/L 0.5 – 0.7 g/L0.1 –0.4 g/L0 – 0.04 g/L
• RBC Count 3.04 4.2 – 5.4 x 109/L
SODIUM (Na) 139.8 135 – 145 mEq/L
POTASSIUM (K) 5.1 3.5 – 5.2 mEq/L
RBS 107 up to 140
CREATININE 2.3 0.5 –1.7 mg/dL
(PATIENT CENTERED)
NEPHROTIC SYNDROMEManagement
• Diuretics• Anti -hypertensives• Anti -hyperlipidemics• Anticoagulants• Albumin Replacement• Antibiotics• Corticosteroids• Fluid and Nutrition• Skin Care
NEPHRITIC SYNDROME
NEPHROTIC SYNDROME
ACUTE GLOMERULONEPHRITIS
CAUSEIt is immunologically
mediated, and are characterized by
proliferative changes and inflammation in the
glomeruli
There are many specific reasons, these include kidney
diseases such as minimal-change nephropathy and
systemic diseases such as DM and SLE. All of these diseases are characterized by a loss of
foot processes.
Inflammation of the glomeruli usually due to bacterial infection
SIGNS AND SYMPTOMS
Hematuria (usually with dysmorphic rbcs)
RBC casts on microscopic examination of urinary sediment
Often one or more elements: Mild to moderate
proteinuria (subnephrotic proteinuria of < 3.0 g per 24 h),
Edema, Hypertension, Elevated serum creatinine,
and Oliguria (400 ml/day of
urine)
Proteinuria of >3.5 g per 1.73 m2 per 24 h,
HypoalbuminemiaEdemaHyperlipidemia LipiduriaHypercoagulability
BLOOD in the urineEdema (general) “Foamy urine”Hypertension Low urine outputHyperlipidemiaNausea/vomitingFeverRash