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M Kulkarni

Publications and source records attributed to M Kulkarni.

33 records · Page 2Linked to original sources
PubMed1980

Sexing the human sternum.

For differentiating a male from a female sternum, a metrical study of 400 adult North Indian sterna (312 males and 88 females) obtained from medicolegal postmortems was made. If the combined length of the manubrium and mesosternum was more than 140 mm. the sternum was male, and if less than 131 mm. it was female. No opinion could be given if the length was between 131 and 140 mm. By this measurement 72.12% male and 62.50% female sterna could be sexed with 100% accuracy. The length of the mesosternum alone could also determine the sex correctly in 50.32% male and 29.55% female specimens. The length of the manubrium, manubrium-corpus index, width of the first or third sterebra or their index, were not found to be useful in sexing a given sternum. By using multivariate analysis the probability of correctly identifying the sex of a sternum was over 85%.

Adult↗
PubMed1978

Treatment of amoebic liver abscess with tinidazole and metronidazole.

20 patients with amoebic liver abscess, confirmed by aspiration of typical amoebic 'pus', were treated in random order with either tinidazole or metronidazole in a dose of 2g once daily for 2 days. Clinical, radiological, and biochemical follow-up was done for 1 month. One patient, given metronidazole, absconded and 19 completed the trial. Complete recovery occurred in all 10 patients given tinidazole but in only 5 of the 9 given metronidazole (p = 0.05). Patients on tinidazole required repeat aspirations less frequently than those on metronidazole. Mild gastrointestinal side-effects occurred in 1 patient on metronidazole but in none on tinidazole. From the present study, tinidazole appears to be a more effective, better tolerated drug with a more rapid therapeutic effect than metronidazole.

Adult↗
PubMed1977

Comparative study of tinidazole and metronidazole in amoebic liver abscess.

Twenty proven cases of amoebic liver abscess were treated at random with either tinidazole or metronidazole. The dose of both was 2 g once daily for 2 days. Clinical, radiological, and biochemical follow-up was done for 30 days. Of the 19 patients who completed the trial, complete recovery was observed in all 10 patients given tinidazole and in 5 of 9 patients given metronidazole (p=0.05). Moreover, patients on tinidazole required repeat aspirations less frequently than those on metronidazole. Mild gastrointestinal side-effects occurred in 1 patient on metronidazole. The results suggest that tinidazole is a more efficacious drug than metronidazole, with rapid therapeutic effect.

Adult↗
PubMedDate not supplied

Fast magnetic resonance in vascular diseases of the abdomen.

Fast magnetic resonance (MR) imaging provides a consistent and predictable appearance of vascular abnormalities as shown by four patients with thrombi, dissection and aneurysm. Fast MR images are obtained during breath-holding, resulting in an absence of respiratory motion artifacts. The time of MR study is much less with fast MR than with spin echo sequences.

Abdomen↗
PubMedDate not supplied

Feasibility of fast MR imaging of the liver at 1.5 T.

A phantom with T1 and T2 relaxation times encompassing normal liver and liver lesions was constructed to evaluate fast magnetic resonance pulse sequences using TR from 21-100 milliseconds, TE 12-60 milliseconds and flip angles from 5 degrees-90 degrees. Ten of these fast MR sequences were then selected and compared with conventional spin-echo sequences in normal volunteers (n = 3) and in patients with liver lesions (n = 6). Subjectively, the fast MR sequences eliminated motion artefacts. Objectively, 8 of 10 fast sequences had signal-to-noise ratios comparable to spin-echo imaging whereas only 2 of 10 had contrast-to-noise ratios that were similar to spin-echo imaging. This preliminary study, performed at 1.5 Tesla, does not show any clear-cut advantage of fast imaging over spin-echo imaging in the detection of liver lesions. The use of a liver tissue equivalent phantom provides a rapid, practical approach in evaluation of fast scans.

Humans↗