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Background: - Gestational diabetes mellitus (GDM) is a common metabolic complication in pregnancy affecting the maternal and foetal wellbeing. Aim: - The aim of this original research article is to investigate the histological changes in placenta of GDM and control women. Method: - This study was done in Rama Medical College & Hospital Kanpur. Placenta sample from 100 cases of GDM and 150 of control women collected and histological changes studied. Result: - In this study, the histological changes revealed that Fibrin was in 78% of GDM. Calcification was seen in 42% of GDM. Infarction was found in 4% of GDM, but in control the histological changes revealed Fibrin in 40%, Calcification was 25.3% and Infarction was 4%. Conclusion: - Gestational diabetes mellitus causes significant histological changes. [ABSTRACT FROM AUTHOR]

Aim: - The ideal of this original exploration composition is to find Socio-Demographic Factors of Tubectomy in the North Indian Population. Material & System: - A cross-sectional study was conducted in the Department of Obs and Gyne, SSPG District Hospital (Female) Varanasi, Uttar Pradesh, India from January 2017-January 2019. The sample size for the study was calculated using the couple protection rate of Uttar Pradesh, which were around 38%. The estimated sample size determined for the study was 750. Women under the age group 15-50 years reported to the SSPG District Hospital Varanasi were assessed by structured interview and data recorded. Result: - maturity of the women 367(49) were in the age group of 21 - 30 years with a mean age of 25-26 yrs. Among the study group 645(86%) were Hindu, 101(13.5%) were Muslims and 04(0.5%) were Christians. The number of children the couples had at the time of tubectomy. The maximum number of couples (47%) had 3 children before concluding for tubectomy. The coming predominant group was the couple who had 1-2 children (24%). Among Hindus 119(28%) were tubectomized and only 07(15%) were tubectomized in Muslims. Conclusion: - It has been concluded that further of the youthful population in India is concluding for tubectomy. Still, women with 3 children are predominating the tubectomy group. Muslim women are less likely to be castrated than non-Muslim women so junking of the religious taboos is essential for the wide perpetration of family planning programs. [ABSTRACT FROM AUTHOR]

Summary: As waterlogging and successive events severely influence growth and development of economically important plants, we attempted to characterize the role of a waterlogging‐responsive group I (A‐6) ethylene response factor (MaRAP2‐4) from Mentha arvensis. Waterlogging, ethylene and methyl jasmonate rapidly induced the expression of MaRAP2‐4. MaRAP2‐4 interacted with multiple cis‐elements like dehydration response elements (DRE1/2), anoxia/jasmonic acid response element (JARE) and GCC box showing its involvement in multiple responses. MaRAP2‐4 localizes in the nucleus and acts as a transcriptional activator. Truncation and internal deletion identified a 20 amino acids potential transactivation domain (PLPSSVDAKLEAICQSLAIN) in MaRAP2‐4. MaRAP2‐4 transgenic Arabidopsis showed enhanced waterlogging and subsequent oxidative stress tolerance. Microarray analysis revealed that within up‐regulated genes 483, 212 and 132 promoters carry either single or multiple copies of DRE, JARE and GCC cis‐element/s, respectively. Within these promoters, a large section belongs to carbohydrate metabolism/transport, including many SWEET transporters. Further analysis showed MaRAP2‐4 specifically targets two positions in AtSWEEET10 promoter carrying DRE and/or GCC box that might regulate carbohydrate availability and waterlogging tolerance. These results demonstrate that MaRAP2‐4 is a positive regulator of waterlogging tolerance, and as energy‐consuming processes such as carbohydrate biosynthesis are reduced under waterlogging‐induced hypoxia, sugar transport through SWEETs may be the primary option to make sugar available to the required tissue. [ABSTRACT FROM AUTHOR]

Plants posses a complex co-regulatory network which helps them to elicit a response under diverse adverse conditions. We used an in silico approach to identify the genes with both DRE and ABRE motifs in their promoter regions in Arabidopsis thaliana. Our results showed that Arabidopsis contains a set of 2,052 genes with ABRE and DRE motifs in their promoter regions. Approximately 72% or more of the total predicted 2,052 genes had a gap distance of less than 400 bp between DRE and ABRE motifs. For positional orientation of the DRE and ABRE motifs, we found that the DR form (one in direct and the other one in reverse orientation) was more prevalent than other forms. These predicted 2,052 genes include 155 transcription factors. Using microarray data from The Arabidopsis Information Resource (TAIR) database, we present 44 transcription factors out of 155 which are upregulated by more than twofold in response to osmotic stress and ABA treatment. Fifty-one transcripts from the one predicted above were validated using semiquantitative expression analysis to support the microarray data in TAIR. Taken together, we report a set of genes containing both DRE and ABRE motifs in their promoter regions in A. thaliana, which can be useful to understand the role of ABA under osmotic stress condition. [ABSTRACT FROM AUTHOR]

As waterlogging and successive events severely influence growth and development of economically important plants, we attempted to characterize the role of a waterlogging-responsive group I (A-6) ethylene response factor (MaRAP2-4) from Mentha arvensis. Waterlogging, ethylene and methyl jasmonate rapidly induced the expression of MaRAP2-4. MaRAP2-4 interacted with multiple cis-elements like dehydration response elements (DRE1/2), anoxia/jasmonic acid response element (JARE) and GCC box showing its involvement in multiple responses. MaRAP2-4 localizes in the nucleus and acts as a transcriptional activator. Truncation and internal deletion identified a 20 amino acids potential transactivation domain (PLPSSVDAKLEAICQSLAIN) in MaRAP2-4. MaRAP2-4 transgenic Arabidopsis showed enhanced waterlogging and subsequent oxidative stress tolerance. Microarray analysis revealed that within up-regulated genes 483, 212 and 132 promoters carry either single or multiple copies of DRE, JARE and GCC cis-element/s, respectively. Within these promoters, a large section belongs to carbohydrate metabolism/transport, including many SWEET transporters. Further analysis showed MaRAP2-4 specifically targets two positions in AtSWEEET10 promoter carrying DRE and/or GCC box that might regulate carbohydrate availability and waterlogging tolerance. These results demonstrate that MaRAP2-4 is a positive regulator of waterlogging tolerance, and as energy-consuming processes such as carbohydrate biosynthesis are reduced under waterlogging-induced hypoxia, sugar transport through SWEETs may be the primary option to make sugar available to the required tissue., (© 2017 The Authors. Plant Biotechnology Journal published by Society for Experimental Biology and The Association of Applied Biologists and John Wiley & Sons Ltd.)