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Mukhopadhyaya, P.N.,Mehta, H.H. Asian Australasian Association of Animal Productio 2002 Animal Bioscience Vol.15 No.3
A population of exotic Holstein Friesian, Jersey, their crossbreds and the indigenous Murrah breed of buffalo bulls (n=486), used in artificial insemination breeding program were screened for the allelic distribution of the ${\kappa}$-casein and ${\beta}$-lactoglobulin genotypes. The preferred "B" allele frequency was highest in Murrah buffalo bulls followed by Jersey and Holstein Friesian. The increase in this particular allele frequency in the Holstein Friesian crossbred bulls was more when compared to their Jersey counterparts. Hardy-Weinberg's equilibrium was maintained albeit with some deviations, which was higher in crossbreds than in purebreds. The feasibility of using such large-scale molecular diagnostic tools in the field and their significance with regards to the dairy economy is discussed.
Reconstructing a light pseudoscalar in the Type-X two Higgs doublet model
Chun, Eung Jin,Dwivedi, Siddharth,Mondal, Tanmoy,Mukhopadhyaya, Biswarup Elsevier 2017 Physics letters: B Vol.774 No.-
<P><B>Abstract</B></P> <P>We investigate the detectability as well as reconstructibility of a light pseudoscalar particle <I>A</I>, of mass in the 50–60 GeV range, which is still allowed in a Type-X (lepton-specific) two-Higgs doublet scenario. Such a pseudoscalar can be pair-produced in the decay h → A A of the 125 GeV scalar <I>h</I>. The light pseudoscalar in the aforementioned range, helpful in explaining the muon anomalous magnetic moment, has not only substantial branching ratio in the <SUP> τ + </SUP> <SUP> τ − </SUP> channel but also one of about 0.35 % in the <SUP> μ + </SUP> <SUP> μ − </SUP> final state. We show how to faithfully reconstruct the <I>A</I> mass using the <SUP> μ + </SUP> <SUP> μ − </SUP> mode, and establish the existence of a pseudoscalar around 50–60 GeV, using the process p p → h → A A → <SUP> μ + </SUP> <SUP> μ − </SUP> <SUP> τ + </SUP> <SUP> τ − </SUP> . This is the most reliable way of reconstructing the light <I>A</I> mass, with a statistical significance that amounts to discovery, with a few hundred (or less) <SUP> fb − 1 </SUP> of integrated luminosity.</P>