Youbao Zhong1, Xianlai Zhang1, Xiaofen Hu1 and Yong Li1, 2,*
...ucted to investigate the microstructure of the hedgehog’s small intestine and mast cell distribution by conventional HE and modified toluidine blue staining, respectively. Despite its similarity to the general mammal small intestine microstructure, the present results indicated that the hedgehog duodenum contained fewer Brunner’s glands, and that the Paneth cells were lacking in the crypt. The connective tissue w...
Leila A. Kaimbayeva1,*, Elena S. Malysheva2, Rashit Kazikhanov3 and Saule R. Kazikhanova4
...es of tissue enzymes and microstructure changes. The results of chemical analysis revealed the nature of protein substances, altered рН value of the meat and the intensity of glycolysis. All these parameters were indicative of autolysis process in the meat. The levels of water-binding capacity and structural-mechanical properties of red deer meat that occurred during the course of autolysis were further confirmed by the histological changes in the ...
Saifullah* and Ihsan Mabood Qazi
...unctional properties and microstructure of fine wheat flour (FWF) and whole wheat flour (WWF) of the selected varieties. These varieties were collected from different research stations located in the province. The grains were milled using laboratory scale flour mill. Part of the flour of each variety was passed from mesh to remove the bran and get fine flour. Both whole and fine flour of the selected wheat varieties were subjected to qualitative study. The dat...
Muhammad Aamir1*, Riaz Muhammad1, Naseer Ahmed1, Muhammad Sadiq2, Muhammad Waqas3, Izhar1
MECHANICAL PROPERTIES OF LEAD FREE SOLDER ALLOY FOR GREEN ELECTRONICS UNDER HIGH STRAIN RATE AND THERMAL AGING
...20/s, 30/s and 40/s. The microstructure examination
before and after thermal aging is carried out using scanning electron microscopy (SEM) followed by confirmation
of chemical composition with energy dispersive X-ray (EDX). The microstructure is further analyzed using ImageJ
to investigate the Intermetallic compounds (IMCs) particle average size at different aging temperature. Mechanical
propertie...
before and after thermal aging is carried out using scanning electron microscopy (SEM) followed by confirmation
of chemical composition with energy dispersive X-ray (EDX). The microstructure is further analyzed using ImageJ
to investigate the Intermetallic compounds (IMCs) particle average size at different aging temperature. Mechanical
propertie...
Tabassum Yasmin*, Muhammad Sadiq*
IMPACT OF LANTHANUM DOPING ON SAC305 LEAD FREE SOLDERS FOR HIGH TEMPERATURE APPLICATIONS
...wever, due to the coarse microstructure and formation of hard and brittle Inter-Metallic Compounds (IMCs), a number ofreliability problems are hindering its use in high-temperature microelectronics. To improve the properties, a number of researchers us...
Shahid Hussain Abro
ROLE OF MN ATOMS ON TENSILE PROPERTIES OF LIGHT WEIGHT CHQ STEEL
...hr holding time and then microstructure was taken and grain size distribution was calculated using matrox inspector and the results were plotted by using origin data software. The mean grain size of steel A at 850°C indicates the 13.10μm and that of the steel B is 33.10μm. Similarly the mean grain size at 1175°C for steel A is 9.02μm and 18.50μm for steel B. The mean grain size in steel A decreases from 13.10μm to 9.02μ...
Fei Wang1, Xianlai Zhang1, Youbao Zhong2, Xiaoen Tang3, Xiaofen Hu1,
ShanShan Yang1, Shengwei Zhong1, Zuohong Zhou1, Jin Liu1, Xu Yuan1
and Yong Li1*
...of pigeon intestine, the microstructure of each part of intestine was analyzed by HE staining, and its vasoactive intestinal peptide (VIP) was detected by immunohistochemistry staining and RT-qPCR. In present results, the intestinal mucosa epithelium is a single layer of columnar epithelium, other structures are relatively complete, and the intestinal villi and glands are distinct in each part of intestine. The localization of VIP is extensive in the intestina...
Shahid Hussain Abro1*, Mohammed N. Alghamdi2, Muhammad Sohail Hanif3, Hazim Moria2 andHamza Suharwardi1
...;C respectively. Initial microstructure for both the steel is ferrite and pearlite. AC1 temp: is assumed to be 740°C and AC3 temperature 800°C has been examined methodically. The soaking time and holding temp: play an important role in developing of gamma-austenite. Mostly ferrite and cementite morphology exist at nucleation sites. At ferrite-ferrite grain interface the austenitic nucleation is not found. At high temperatures, the...
Gulnaz Ismaylova
...f the egg has a peculiar microstructure (consists mainly of hexagonal and sometimes pentagonal shapes with pyramidal projections at the apex of the corners). The distribution map (scale of 1: 500000) of O. japonica in the study areas was prepared in a digital database using geographic spatial analysis using the ArcGIS (Geographic Information System) program. ...
Amal E. Abdel-Hady*, Sara M. El-Amir, Noura S. Al-Muttri and Heba M. El-Hariri
...wed different pattern of microstructures. So, we conclude that there are other factors, which influence scale surface structures not only with microhabitat.
... 
Feri Eko Hermanto1, Yuli Frita Nuningtyas1, Filoza Marwi1, Fajar Shodiq Permata2, Agus Susilo1, Muhammad Halim Natsir1*
...ostering a healthier gut microstructure, optimizing nutrient absorption, and restoring physiological balance. These natural additives hold significant promise for revolutionizing poultry intestinal health in a sustainable, antibiotic-free manner.
Keywords | IL-6 inhibition; Intestinal health; Mucosal immunity; Natural feed additives; Poultry industry.
...
Siti Zubaidah1, Chusnul Hanim2, Bambang Ariyadi3, Aji Praba Baskara2*, Zuprizal2
...lyzed descriptively. The microstructure of PKC cell wall after in vitro digestibility was determined by scanning electron microscopy (SEM). The PKC with shell contained the following: 4,417.81 Kcal/kg gross energy, 95.45% DM, 4.51% ash, 15.95% CP, 8.36% EE, 21.21% CF, 49.78% NFE, 0.55% lysine, 0.09% methionine, and 47% lauric acid (LA). The PKC without shell had the following: gross energy of 4,555.43 Kcal/kg, 97.84% DM, 4.26% ash, 22.33% CP, 9.29% EE, 15.43% ...
