Renal parenchymal disease, Biology

Assignment Help:

Renal parenchymal disease is the commonest cause of secondary hypertension.  Hypertensive and diabetic nephropathy and chronic glomerulonephritis are the main causes. Eventually, the vicious cycle develops where hypertension produces renal damage which leads to further hypertension.

A detailed search for kidney pathology must be made in hypertension because some of them can be totally curable. Examples of such reversible renal diseases are acute glomerulonephritis, acute oliguric renal failure which may occur due to hypotension, vasculitis, lithotrypsy, uilateral parenchymal disease and certain cases of polycystic kidneys.

Added emphasis is given to the treatment of hypertension in chronic renal disease with renal failure because of the increasing success rate of kidney transplants. 

Renovascular Hypertension

Atherosclerotic or fibroplastic disease producing partial occlusion of one or both renal arteries is one of the causes of hypertension. Since this condition may be correctable, one should actively search for this condition. Suggestive clinical settings are:

1) Severe hypertension: Diastolic of  > 120 mmHg

2)  Hypertension in young

3) Abrupt onset of moderate hypertension

4) Presence of abdominal bruit

5) Malignant hypertension with papilloedema

Diagnostic Tests for Renovascular Hypertension

1) Isotope renography

2) Plasma rennin measurements

3) Renal Doppler flow measurements

4) Renal arteriography


Related Discussions:- Renal parenchymal disease

Which mechanism is significant in death of erythrocytes, Of the following, ...

Of the following, which mechanisms are significant in the death of erythrocytes (pron: eh-rith-reh-sites) in human blood? Is it a) Phagocytosis (pron: fag-eh-seh-toe-sis) b)

#protozoa, #what is the habitat of phylum protozoa

#what is the habitat of phylum protozoa

Define the role of riboflavin in respiratory chain, Define the Role of Ribo...

Define the Role of Riboflavin in Respiratory Chain? Riboflavin catalyzes numerous oxidation-reduction reactions. Conversion of riboflavin to flavin mononucleotide (FMN) and the

Pre-procedural mouth rinse, Pre-procedural mouth rinse Patients' use of...

Pre-procedural mouth rinse Patients' use of a an anti-microbial mouthwash of 0.12% chlorhexidine gluconate solution for 30 seconds prior to intra-oral procedures will reduce th

By which mechanisms pathogenic bacteria cause diseases, Q. What are few me...

Q. What are few mechanisms by which pathogenic bacteria cause diseases? And why is this knowledge important? Pathogenic bacteria have characteristics called as virulence factor

Define meitrac system instrument removal system, Define Meitrac System Inst...

Define Meitrac System Instrument Removal System a) Trephining bur to remove dentine and uncover the coronal end of the file b) Extractor of appropriate size is placed over t

Explain transposition the great arteries with ventricular, Explain Transpos...

Explain Transposition the Great Arteries with Ventricular Scptal Defect ? Transposition of the great arteries with VSD is an indication for surgery. It is preferable to do VSD

Differences between prokaryotes and eukaryotes, Differences between Prokary...

Differences between Prokaryotes and Eukaryotes It is obvious that there are a number of differences between them. Prokaryotes, like bacterial cells are generally much smaller,

Eukaryotic chromosomes, The vast amount  of genomic  DNA in a eukaryotic  c...

The vast amount  of genomic  DNA in a eukaryotic  cell is strongly  packaged  in chromosomes  having  within  a specialized  organelle and  the nucleus.  This very vast amount of e

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd