Case Study on ESRF

4
ACKNOWLEDGEMEN I would like to express my sincere appreciate on a gratitude to my tutor for her guidance and encouragement throughout my third semester. I am graceful to the local preceptors Sister HTAA and all the staffs in the unit for their cooperation, support, sharing of knowledge and patients during my attachment to their units.

Transcript of Case Study on ESRF

Page 1: Case Study on ESRF

ACKNOWLEDGEMEN

I would like to express my sincere appreciate on a gratitude to my tutor for her guidance and encouragement throughout my third semester.

I am graceful to the local preceptors Sister HTAA and all the staffs in the unit for their cooperation, support, sharing of knowledge and patients during

my attachment to their units.

I am also not forgetting all the specialists for their professional teaching.

Page 2: Case Study on ESRF

SECTION 1: ANATOMY & PHYSIOLOGY OF KIDNEY

Structure

• Paired

• Retroperitoneal

• Partially protected by the 11th and 12th ribs

• Right slightly lower due to liver

• Surrounded by renal capsule

• Adipose capsule

Renal fascia

Anatomy

• Hilum (hilus)

• Renal artery and vein

• Cortex

• Medulla

• Renal pyramids and renal papillae

• Major and minor calyces

Page 3: Case Study on ESRF

• Renal Pelvis

Ureters

Function

Kidneys make up 1 % of body mass, but receive about 25% of cardiac output. Kidney has two major functions:

1. Filtration of blood2. Removes metabolic wastes from the body, esp. those containing nitrogen

• Filtering Wastes From Blood Plasma

• The kidneys filter blood plasma out of the bloodstream and remove its undesirable substances to produce urine.

• The kidneys filter about 180 quarts of blood plasma out of the bloodstream each day.

• About 99% of this blood plasma (minus most of the wastes) is reabsorbed by the kidneys to reduce urine production to about 1 to 2 quarts each day.

• Without functioning kidneys, wastes accumulate in the blood causing a serious condition called "uremic poisoning" or "uremia."

• Kidneys are also responsible for regulating the acidity of the blood by excreting alkaline salts when necessary.

2.Regulation:

• Blood volume and composition

• Electrolytes

• Blood pH-

• Blood pressure

Page 4: Case Study on ESRF

• Play a major role in maintaining homeostasis

• Maintain water balance

• Regulate the quantity and concentration of ECF ions

• Regulate the plasma volume

• Regulate pH by controlling elimination of acid and base in urine

• Maintain osmolarity

• Regulate the concentration of plasma constituents (e.g. electrolytes and water)