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C D Gupta

Publications and source records attributed to C D Gupta.

At least 37 records · Page 2Linked to original sources

Hepatovenous segments in the human liver.

The patterns of hepatovenous segments in 95 human livers have been studied after preparing corrosion casts of the hepatic veins in 72 specimens and taking X-rays of 23 livers after injecting barium sulphate into the hepatic veins. Five hepatovenous segments were seen in every specimen: left, middle, right, paracaval and caudate. The sizes of corresponding hepatovenous segments were similar in 77.9% of livers; in the remainder increased or decreased size, at the expense of neighbouring segments, was observed.

Hepatic Veins↗

Study of epigenetic variants in the Northern Indian crania.

500 adult human skulls available in the Department of Anatomy, S. N. Medical College, Agra (India) were studied for the presence/absence of 32 epigenetic variants. The percentage of occurrence of these variants is compared with that of skulls of different countries. The factors affecting these variants are discussed in the light of available literature.

Adult↗

Incidence of squatting facets on the talus of Indians (Agra region).

230 adult Indian tali (from Agra region) were studied for the incidence of squatting facets. Extension of medial articular facet was observed in all the cases. Medial extension of trochlea was observed in 37% of cases; lateral extension of trochlea in 71.6% of cases, lateral squatting facets in 43.5% of cases and medial squatting in 8.6% of cases. The present data are compared with that of other workers.

Adult↗

Arterial segmentation in the spleen of the sheep (Ovis aries).

Forty corrosion casts of the splenic artery and its tree were used to study segmentation in the sheep spleen. Twenty eight spleens (70%) had two arterial segments, a right and a left. One spleen (2.5%) had a visceral and a parietal segment. Eleven spleens (27.5%) showed no arterial segmentation, the artery ramifying irregularly.

Animals↗

Incidence of interparietal bones in adult skulls of Agra Region.

A study of 500 skulls of Agra region revealed that the interparietal bone was present in a total number of 8 cases (1.6%). It was single in 2 cases (0.4%) and multiple in 5 cases (1%). In one case it was present as unilateral interparietal bone. The preinterparietal bone was present in 4 cases (0.8%). It was single in 2 cases (0.4%) and multiple in 2 cases (0.4%).

Adult↗

Variations in calcanean facets in Indian Tali.

The various patterns in calcanean articular facets of 500 Indian tali have been observed and classified accordingly. Type I tali have one flat facet on plantar surface of its head (16%); Type II tali, the calcanean facet were divided into 2 parts by a indistinct or prominent ridge (78%); Type III tali, the calcanean articular facet was partly separated by nonarticular groove and partly by ridge (1%); Type IV tali have 2 articular facets on the plantar surface of head separated by nonarticular groove (3%); and Type V tali have a single facet on the plantar surface of head and this facet was continuous with the posterior calcanean facet (2%).

Adult↗

Venous segments in the goat (Capra hircus) spleen.

46 goat spleens were studied to observe the venous segmentation in them by preparing the corrosion cast of the splenic vein and its intrasplenic tree. 56.5% of the specimens revealed the presence of two splenic venous segments - a right and a left one -, and 30.4% of cases showed the presence of three venous segments - a right, a left and a hilar one. The rest did not show any venous segmentations.

Animals↗

Arterial segmentation in the goat (Capra hircus) spleen. A study by corrosion cast.

50 corrosion casts of the splenic artery and its tree were studied to observe the arterial segmentation in the goat spleen on the basis of the intrasplenic distribution. The following observations were made: (i) 74% showed the presence of two arterial segments, a right and a left one; (ii) 10% revealed three arterial segments, a hilar, a right and a left one, and (iii) 16% showed the absence of arterial segmentation in the goat spleen.

Animals↗