This was displayed on the UCSC browser in April 2005. After sufficient data for 4x coverage, an "interim assembly" was generated by the HGSC to test overall fidelity of the work. BCM-HGSC and Wash U each sequenced 2.5x WGS and JCVI 1x. The Southwest National Primate Research Center provided DNA from a single female rhesus. New methods of mapping BACs by pool genomic indexing (PGI) were developed. A BAC library from a male was available and the Genome Centre in Vancouver expressed interest in building a fingerprint map. The project was a 5x WGS draft assembly with additional finished regions (up to 500 Mb) and an undefined BAC component, as needed to ensure overall quality. A white paper was given high priority in early 2003 by NHGRI. The project was compelling both because of the intense interest in this organism as a biomedical research model-including SIV and AIDS research-and because of its unique placement in the evolutionary tree relative to the human. The rhesus macaque genome sequencing project began in 2002 with consultations between the BCM-HGSC and primate researchers. There are finishing and BAC sequencing components of the project to investigate interesting regions for human diseases and to highlight primate evolution. The goals of the project were to produce a seven-fold WGS shotgun assembly, using small insert plasmids as well as large insert clone ends from BACs, Fosmids, and 50kb linking clones. Craig Venter Institute Joint Technology Center, and the Genome Sequencing Center at Washington University, St. The Macaque Genome Sequencing Consortium is led by the Baylor College of Medicine Human Genome Sequencing Center, and in collaboration with the J. Protocols: Sequencing Library Construction.Texas Medical Center Genomic Center for Infectious Diseases (TMC GCID).Genetics of Adult Intellectual Disability Research Study.Accounting Specialist - Human Genome Sequencing Center.Therefore, the strategies of conservation must be directed to minimize this dependence. The findings suggest that it is not the severity of attack by the rhesus monkeys, which is generally highlighted, but the overall dependence of this macaque on human resources is a matter of concern.
The intensity of agonistic interactions, in general, was low for both the species. Agonistic interactions between the monkeys and humans occurred mainly in context of space food as a context for conflict had significance only in case of rhesus monkeys, but not for the Hanuman langurs. The habitat and season did not have significant effect on these interactions. Three way ANOVA revealed that the rhesus monkeys in the temple area interacted more agonistically with humans than the rhesus monkeys in the bazaar area, and from the Hanuman langurs in both the study areas. The ethological approach was followed to study the effect of habitat, species, and season on agonistic interactions between humans and monkeys in the city of Shimla. The resolution of growing conflict between monkey and man requires quantitative data on the nature and context of manmonkey agonistic (aggressive-submissive) interactions particularly in the urban areas.