Titlebook: Microbial Diversity in Ecosystem Sustainability and Biotechnological Applications; Volume 2. Soil & Agr Tulasi Satyanarayana,Subrata Kumar

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Suseelendra Desai,T. V. Prasad,G. Praveen Kumar,John Peter,Leo Danile Amalraj

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Shivali Sharma,Shanu Magotra,Sneha Ganjoo,Tabia Andrabi,Rikita Gupta,Shilpi Sharma,Jyoti Vakhlu

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ies (400 studied by electron microscopy and 300 by immunofluorescence) were con- sidered qualitatively only. In order to enhance qualitative findings with quantitative data, it was necessary to devise new methods for quantifying electron-microscopic findings. Additionally, we attempted to correlate

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Subhro Banerjee,D. K. Jha,S. R. Joshise techniques, to address certain questions pertaining to renal physiology that cannot be approached or totally resolved by study of the intact kidney. This chapter details three techniques of . isolated dog kidney perfusion, the functional characteristics of the preparation, and their experimental

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Nisha Tak,Hukam Singh Gehlotse techniques, to address certain questions pertaining to renal physiology that cannot be approached or totally resolved by study of the intact kidney. This chapter details three techniques of . isolated dog kidney perfusion, the functional characteristics of the preparation, and their experimental

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Cave Microbiome for Human Welfareumans have exploited microorganisms for their own use. The Earth’s subsurface presents one of the finest promising locations to look for microbial life and the distinctive lithologies that life leaves behind. Studies on microbial diversity are hampered not only by the technical ability to assess the

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