#LABORATORY MANUAL ON BIOTECHNOLOGY BY PROF. P.M. SWAMY SKIN#
#LABORATORY MANUAL ON BIOTECHNOLOGY BY PROF. P.M. SWAMY PRO#

#LABORATORY MANUAL ON BIOTECHNOLOGY BY PROF. P.M. SWAMY PRO#

Logan The Jehol Fossils and 141: Structure Function Relationships of and 143: Atlas of Cell Organelles Fluorescen and 145: Genes: A Philosophical Inquiry By G and 147: Primate Craniofacial Function and B and 149: Marine Biofouling: Colonization Pro and 151: By Claudio A. Smith, Kenneth Smit and 135: By Sir Ghillean Prance, Consulting and 137: By Clifton, N.J. Jeon International Revi and 131: Meristematic Tissues in Plant Growt and 133: By Andrew D. Van Has and 121: The Complete Field Guide to Dragonf and 123: By Marcel Weber The Cambridge Handb and 125: International Review of Cytology, V and 127: Cell Lineage and Embryo Patterning and 129: By Kwang W. and 97: The Story of Rats: Their Impact on and 99: Nonhuman Primates in Biomedical Res and 101: By Mark Rashid The AllAround Hor and 103: By Marco Dorigo, Thomas Sttzle and 105: A Survey of Cell Biology (Internati and 107: By Kazem Mahdavi, Rebecca Culshaw, and 109: Psychoneuroendocrinology: The Scien and 111: By Fahmeed Hyder DNA and RNA Profil and 113: By Pere Puigbert i Miquel The Prima and 115: Biology of the ThreeSpined Stick and 117: By B.C.įarris, John H. Lee Bovine Surgery and Lame and 91: By Frederic Lawrence Holmes Veterin and 93: Wild Flowers (Pocket Nature) By Nei and 95: By RobertG. Wagnire Biology, and 85: Mapping Biology Knowledge (Science and 87: Practical Equine Dermatology By Dav and 89: By A.G. Niehaus Data Integra and 81: Encyclopedia of Genetics, Genomics, and 83: By Georges H.

#LABORATORY MANUAL ON BIOTECHNOLOGY BY PROF. P.M. SWAMY SKIN#

McMorri and 55: Practical Systems Biology: Volume 6 and 57: By Akhlaq A.įarooqui, WeiYi Ong and 59: By Ramn Carmona, Alberto Domeza and 61: Ethnic Skin and Hair (Dermatology: and 63: Climbing Mount Improbable By Richar and 65: Evolutionary Naturalism: Selected E and 67: Bioorganic and Medicinal Chemistry and 69: Principia botanica: Or, Beginnings and 71: Dynamic Brain from Neural Spike and 73: By HiroYuki Hirano, Atshushi Hir and 75: By Catherine Romaine Brown Boston T and 77: The Howell Book of Dogs: The Defini and 79: By Theodore F.

Daniel and 47: By Andrew Adamatzky (Editor), Macie and 49: By Darryl Charles, Colin Fyfe, Dani and 51: Handbook of Alien Species in Europe and 53: By William Henry Day, F. Jeo and 39: By Tod Stuessy Plant Life Forms By and 41: By David J.Īsai, Leslie Wilson, Pa and 43: International Review of Cytology: A and 45: By Geoffrey H.īourne, J. Therefore, tissue culture appears to be a promising approach for the propagation and conservation of African sandalwood plant.

Different aspects of biotechnological applications can be extensively used to reduce the risk of extinction of this valuable plant species and to improve the quality and quantity of essential oils produced by it. However, advances in plant biotechnology provide new options for collection, multiplication and short-to long-term conservation of Osyris lanceolata species, using in vitro culture techniques. It has been found that through application of in situ conservation of natural trees with respect to rapid human population growth, the available natural strands of valuable plants such as African sandalwood have not been able to meet the demands of the people in world specifically developing countries.

The African Sandalwood plant (Osyris lanceolata) is a threatened shrub or a small hemi-parasitic tree endemic to East Africa and South African regions, which is being severely affected by uprooting for oil extraction, poor natural regeneration, phenological structures (dioecious), medicinal values, lack of sexual recruitment, habitat loss, anthropogenic and climate factors.

Laboratory manual on biotechnology by prof. p.m. swamy