SUMMARY Lactation milk and fat records of 6,949 daughters, 6,201 different dams, and the contemporary D.H.I.A. herd averages of 2,420 herds were studied, to compare five measures of a dairy site's transmitting ability. They were the daughter average, daughter-dam difference, equal-parent index, daughter-contemporary herd difference, and daughter-contemporary-herd index. The daughters and dams w...

The current research work encompasses the assessment of similarity based facial features images with erected method so as to determines genealogical similarity. It is on principle grouping closer features, compared those which are away from predefined threshold for a better ascertainment extracted features. system developed trained using deep learning-oriented architecture incorporating these b...

From an evolutionary perspective, matriliny presents a puzzle because men in matrilineal societies transmit wealth to their sisters’ sons, to whom they are only half as related as to their own sons. It has been argued that such systems would only maximise fitness under unrealistically high levels of paternity uncertainty. In this paper, we propose that matriliny can arise from daughterbiased in...

the aim of this research work is to study the impact of teaching the verbal communication pattern based on the holy quranic verses on the reduction of mother-daughter conflicts. three experimental groups (mothers, daughters and mothers-daughters) and one control group were selected from isfahan, iran using the cluster sampling method. the murray a. straus conflict tactics scale was utilized to ...

One mechanism of generating cellular diversity is to distribute developmental potential asymmetrically to daughter cells at mitosis. Two observations described in this report suggest that the C. elegans HAM-1 protein functions in dividing neuroblasts to produce daughter cells that adopt distinct fates. First, HAM-1 is asymmetrically distributed to the periphery of certain mitotic cells, ensurin...

Replicative aging in yeast is asymmetric-mother cells age but their daughter cells are rejuvenated. Here we identify an asymmetry in pH between mother and daughter cells that underlies aging and rejuvenation. Cytosolic pH increases in aging mother cells, but is more acidic in daughter cells. This is due to the asymmetric distribution of the major regulator of cytosolic pH, the plasma membrane p...