By Chris O'Callaghan
Following the widespread, easy-to-use at a look layout, and now in full-colour, The Renal method at a look is an obtainable creation and revision textual content for clinical scholars. absolutely revised and up to date to mirror adjustments to the content material and evaluate tools utilized by scientific colleges, this at a look offers a effortless evaluate of the renal method to encapsulate all that the coed must know.This new version of The Renal method at a Glance:Now positive aspects new self-assessment case reports with brief resolution inquiries to bring up scientific relevance and strengthen learningIncludes a brand new bankruptcy ‘Chronic kidney disorder and kidney affliction within the elderly’Now includes the most recent guidance and classifications for power kidney illness and hypertensionContains full-colour art all through, making the topic even more uncomplicated to understandThe spouse website at www.ataglanceseries.com/renalsystem includes a number of selection questions (MCQs) and entire suggestions in your answersIt’s a useful source for all scientific scholars, junior medical professionals, and for these education in allied healthiness professions, together with professional nurses engaged on renal or in depth care wards.Review of the former edition"Students of their pre-clinical years will locate this publication an outstanding and thorough advent to the renal process and will good fight with out a ebook of this calibre... it is a booklet that are meant to be at the bookshelf of all clinical scholars, there is no excuse to not have a replica! moreover, undergraduates from existence science/health allied disciplines and clinicians are inclined to locate this e-book helpful as a resource of reference."—GKT Gazette, September 2006
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Additional resources for The Renal System at a Glance, 3rd Edition
By blocking this process, loop diuretics can reduce the ability of the kidney to concentrate urine (see Chapter 11). Increased sodium delivery to the principal cells in the collecting duct increases potassium secretion in return for sodium reabsorption. Clinical aspects The relationship between furosemide dose and effect is approximately logarithmic and a small increase in effect requires a large increase in dose. Usually a doubling is required. During long-term use, distal tubule hypertrophy can reduce the efficacy of loop diuretics, and additional inhibition of distal tubule sodium reabsorption by thiazides (especially metolazone) can be useful.
Barttin defects can also cause deafness, as ion transport is important in auditory function. The NCC sodium/chloride co-transporter Mutations in the genes encoding the NCC co-transporter in the distal tubule produces Gitelman’s syndrome. This disorder produces effects similar to those seen with the thiazide diuretics: there is excess loss of sodium, potassium, and magnesium in the urine. The excess urinary potassium loss is the result of enhanced tubular flow, which increases potassium secretion in the cortical collecting duct (see Chapter 7).
Water leaves and enters cells through aquaporin (AQP) water channels. Proximal tubule The proximal tubule is highly water permeable. As ions are reabsorbed, water follows by osmosis. This isotonic (or isoosmotic) reabsorption reduces the filtrate volume, but does not alter its osmolality. Around 65% of the filtrate is reabsorbed, driven by active sodium transport. Loop of Henle The descending limb is permeable to water, but not ions, whereas the ascending limb (both thick and thin sections) is permeable to ions, but not water.