homeostatic processes in relation to water balance including Water intake: ingested liquids and foods; from metabolic processes, eg respiration; effect of water gain on cells Water output/loss: through skin, lungs, gastrointestinal tract, kidneys; effect of water loss on cells Renal system: gross anatomy; associated blood supply; physiological overview: urine production, composition and storage, micturition Kidneys: gross anatomy; structure and function of nephrons/kidney tubules; ultrafiltratio...

the distribution and constituents of fluids in the human body Including Constituents of body fluids: water; solutes, eg glucose, urea; electrolytes – acids, bases, salts Role of electrolytes: essential minerals, in control of osmosis/osmotic pressure, maintenance of acid-base balance Acid-base balance: pH; importance of maintaining hydrogen ion concentration in body fluids; buffer systems, eg carbonic acid, phosphate, protein Role of water: constituent of body fluids; in relation to properties...

Materials: particulate, ionic, in solution, relevant colloidal forms, eg protein sols, emulsions states of matter Movement of materials: diffusion, facilitated diffusion, osmosis, active transport, endocytosis, exocytosis; factors affecting movement Influences on movement of materials: size, distance, temperature, concentration gradient, osmotic potential, electrochemical gradient, permeability of cell membrane, channel proteins, carrier molecules

CELL STRUCTURE INCLUDING Functions: nuclear and cell membranes, nucleus, chromosomes, endoplasmic reticulum (rough, smooth), ribosomes, Golgi body, mitochondria, others, eg cilia

HEALTH AND SOCIAL CARE LEVEL 3 EXTENDED DIPLOMA ACHIEVED THE GRADES THIS YEAR WHAT IS THERE IS DONE AND I HAVE HAD NO RESUBMISSIONS

This document includes: P1, P2, P3, P5, M1, M2, M3, D1 and D2. Bundle is also available with all necessary documents.

p4, m2, d1

p5, m3, d2

p2, p1

p3, m1