<div>Screening of electrophoretic pattern of serum protein is crucial for the initial evaluation of numerous clinical conditions. The present study aimed to investigate and compare the normal serum protein electrophoretic pattern in three gazelle species which included sand gazelle (Gazella gazella), mountain gazelle (Gazella subgutterosa) and Erlanger&rsquo;s gazelle (Gazella erlangeri). Significant (P &pound; 0.05) interspecies differences were noticed in A/G ratio, and in &aacute;-1, &acirc; and globulins fractions using agarose gel electrophoresis. Significant (P &pound; 0.05) differences between males of the three species were encountered in &aacute;-1, &aacute;- 2 and &acirc; globulins fractions, while significant differences in A/G ratio,&nbsp;&aacute;-1, &aacute;-2 and &acirc; globulins fractions were observed between females of the three species. Significance (P &pound; 0.05) intersex differences were observed for albumin in sand gazelle, and for &aacute;-2 and &acirc; globulins fractions in mountain gazelle. The results obtained from the current study could provide a baseline references and could be used for diagnostic purposes.</div>


<div>Comparative study on serum protein concentration and electrophoretic pattern in clinically healthy gazelles</div>


<div>Stability analysis helps to identify superior genotypes suited to specific agro-ecological zones. The objective of the study was to determine stability and adaptability of fifteen soybean genotypes for seed yield, protein and oil contents by additive main effects and multiplicative interaction (AMMI) analysis. The research was conducted at Eldoret, Lanet, Nakuru West and Njoro. AMMI analysis identified genotypes DPSB 8 and SBH 7/1/1 as most stable for seed yield with means above the trial mean of 1267 kg ha-1. Genotypes SBH 4/4/4, SBH 7/1/1, SBH 1/12/19 and Gazelle were stable for seed yield and oil content. Genotype DPSB 19 had high and stable protein content (402.8 g kg-1) with low seed yield. Genotypes SBH 4/4/4 and EAI 3600 were stable for pods plant-1 and 100-seed weight. Either GGE or AMMI analysis maybe employed to identify stable soybean genotypes for production across environments and adaptable genotypes for specific environments.</div>


<div>Stability and Adaptability of Soybean [<em>Glycine max</em> (L.) Merrill] Genotypes for Yield, Protein and Oil Content using AMMI analysis in Kenya</div>


Comparative study on serum protein concentration and electrophoretic pattern in clinically healthy gazelles

Stability and Adaptability of Soybean [Glycine max (L.) Merrill] Genotypes for Yield, Protein and Oil Content using AMMI analysis in Kenya