Sumaira, Ali Mujtaba Shah*, Ghulam Asghar Solangi, Ifra Anwar, Qudratullah Kalwar
... minerals, nutrients and catalysts. A total of 20 % milk is obtained from different species including sheep, ass, horse, yak, goat, bison and camel while the 80 % milk is produced by cows. Milk of camel plays an essential part in the diet of human. Additionally, camel milk comprises numerous fatty acids and enzymes. Hence camel milk has many beneficial effects, such as antiviral, antibacterial, anti-diabetic, anti-carcinogenic and anti-ageing. Besides, camel m...
Tajnees Pirzada1*, Weenghar Ali Chandio1, Mansoor Ali Kalhoro2, Mir Munsif Ali Talpur1, Waheed Ali Mirbahar1, Abdul Ghafar Solangi1, Zulfiquar Ali Jumani1 and Rehana Kerio1
...pt the union of specific catalysts, working with the food activation. This investigation exhibited that HA/ZnO NPs can be a capable co-compost, giving zinc and HA to seed.
... 
Jaffar Hussain*, Zeenat M. Ali and Syed Farman Ali Shah
... process (two step). The catalysts used were homogenous, heterogenous and enzymatic. The homogenous were alkaline and acidic. The alkaline catalyst undergoes saponification reaction when free fatty acid concentration was high. The acidic catalyst preparation was expensive and complicate exhibited slow rate of reaction. The biodiesel used in blend form and diesel engines required the modification. The biodiesel sustainable and release no greenhouse gas.
Syeda Sadaf Wajahat
Novel Research in Microbiology Journal (2024), 8(1): 2265-2284
...obes fabricating many biocatalysts with no earthbound analog. The oceanic microbial enzymes have recently been found to be eco-friendly, rapid, inexpensive for construction, and can be used in several industries, including food, fabric, cleansers, medications, chemicals, dairy, biodiesel, and cosmetics. Compared with the mesophilic enzymes, the extremozymes execute a wider range of reactions and can act as natural substitutes for the mesophilic enzymes. The mo...
Tran Thi Hong1; Ngo Van Anh1; Nguyen Thi Ngoc Anh2; Nguyen Van Phuong3*
Novel Research in Microbiology Journal (2024), 8(6): 2694-2711
...ses, antibiotics, and biocatalysts. The enormous potential of microbial diversity in coastal lagoons remains untapped because of the difficulty of culturing many microorganisms under laboratory conditions. Therefore, this study aimed to decipher the structural and functional diversity of microbial communities, including un-culturable species in lagoon sediments collected from Tam Giang, Nai, and Thi Nai lagoons, which were located in the central coast of Vietn...
