The significance of Cryptosporidium as a causative agent of diarrhea has been assessed in bovine for a period of 2 years. A total of 940 faecal samples (470 samples in each year) both from diarrhoeic and non-diarrhoeic bovine (0–12 months... more
The significance of Cryptosporidium as a causative agent of diarrhea has been assessed in bovine for a period of 2 years. A total of 940 faecal samples (470 samples in each year) both from diarrhoeic and non-diarrhoeic bovine (0–12 months age) were examined during three different seasons (rainy season, summer and winter). Overall Cryptosporidium was detected in 17.46% and 18.04% cases in first and second year, respectively. Out of 50.21% diarrhoeic and 49.79% non-diarrhoeic cases Cryptosporidium was detected in 26.79% and 8.13% in first year and 27.49% and 8.59% in second year. Year did not have any significant effect on the occurrence of cryptosporidiosis in bovine during this study period. The prevalence of cryptosporidiosis, both in diarrhoeic (61.64%) and non-diarrhoeic (47.22%) cases was highest in 0–1-month age group (P < 0.01). Such a high percentage of cryptosporidiosis in clinically asymptomatic animals indicated that the particular age group of animals might be reservoir for the parasite. During this study period highest prevalence was recorded in rainy season (27.55%) followed by summer (16.99%) and winter (8.71%) (P < 0.01). A total of 166 positive cases were genotyped. Molecular characterization of bovine cryptosporidiosis has been carried out by PCR-RFLP analysis of SSU rRNA gene and results indicated that Cryptosporidium parvum mainly responsible for diarrhea in bovine in India.
The previous work, suggests a portioned picturebroadcasting system where screens of small size are accumulated togenerate screen of bigger size through Ethernet network interfacethat helps in easy install & implementation of digitized... more
The previous work, suggests a portioned picturebroadcasting system where screens of small size are accumulated togenerate screen of bigger size through Ethernet network interfacethat helps in easy install & implementation of digitized displaydevices. The system makes use of Texas Instruments Da Vinciplatform, that is comprised of Da Vinci TMS320DM6646 dual coreCPU along an ARM9 core & C64+ digitized signal processor as abasic preprocessor & accelerated processor to enhance the speed ofpartitioning the picture & transmission in the several devices fordisplay. A protocol having low value for overhead is taken intoaccount for synchronizing each frame in distributed multimediasystem in the connection. For dealing such issues of delay in nettransmission & loss of packets, a standard precision time protocolIEEE 1588 is applied & transformed to attain seamless partitionedsystem of broadcasting. In this paper, an algorithm is suggestedthat search for backup path for a provided VPN (VPN tree...
Elliptic curves have been extensively studied for many years. Recent interest has revolved around their applicability to factoring integers, primality testing, and to cryptography. In this paper we explore the feasibility of implementing... more
Elliptic curves have been extensively studied for many years. Recent interest has revolved around their applicability to factoring integers, primality testing, and to cryptography. In this paper we explore the feasibility of implementing in hardware an arithmetic processor for doing elliptic curve computations over finite fields. Of special interest, for practical reasons, are the curves over fields of characteristic 2.
There are several fields that comprise the computer in an interactive way with human life. Human factors are most grown able areas to compute expect level of measurement. They involved in affective computing, emotional measurement of... more
There are several fields that comprise the computer in an interactive way with human life. Human factors are most grown able areas to compute expect level of measurement. They involved in affective computing, emotional measurement of leaders personality measurement and cognitive through their faces and body resolution measurement. Most of them focused on affective to design wearable digital cloths, battery backup from blood circulation and cheap designing to discover a location. The usability engineering used to compute the overall development of latest application tools and their graphical representation as required by the environment. i.e., android phone applications and smart phone, surface interface and sensor recognition. Behavioral intelligence and affective human factors motivate our overall development towards automated system according to human thought. In this article, we focused most appropriate things to understand the concept of affective computing and their internal terms. We map the human behavioral and emotional activity and smart computing to gather towards the Affective computing.
Chlorophyll (Chl) a and b content, ribulose-1,5-bisphosphate carboxylase/oxygenase (RuBPCO) content and activity, and electron transport rate were measured in flag leaves of wheat genotypes Uniculm and Kalyansona, grown at suboptimal and... more
Chlorophyll (Chl) a and b content, ribulose-1,5-bisphosphate carboxylase/oxygenase (RuBPCO) content and activity, and electron transport rate were measured in flag leaves of wheat genotypes Uniculm and Kalyansona, grown at suboptimal and optimal supply of nitrogen. The Chl content, RuBPCO activity, and electron transport rate were decreased due to suboptimal nitrogen supply only in Kalyansona. There was no change in the ratio of RuBPCO and photosystem 2 (PS2) activity at various stages which suggests that there was no alteration in distribution of N due to additional N supply.
