Germplasm conservation
Importance of Germplasm conservation: Germplasm in a broad way can be defined as the hereditary material i.e. total content of genes which is inherited by […]
Importance of Germplasm conservation: Germplasm in a broad way can be defined as the hereditary material i.e. total content of genes which is inherited by […]
Secondary growth Meristem is responsible for the development of primary plant body. Primary growth increases length of the plant as well as lateral appendages. However, […]
Anatomical structure of Monocot root: T.S. of monocot root shows the following anatomical features: Epidermis/Epiblema/Rhizodermis: It is the outermost layer composed of compact parenchymatous cells […]
Anatomical structure of Monocot Stem: T.S. of a monocot stem shows the following anatomical features: Epidermis: It is the single outermost layer composed of small, […]
Anatomical structure of dicot stem T.S. of dicot stem shows following internal features: Epidermis: It is the outermost layer and has a single layer of […]
Anatomical structure of the dicot root: T.S. of dicot root (sunflower, Bean and pea) shows following internal structures: Epiblema: It is also termed as rhizoderm […]
Embryonic development of Drosophila A series of rapid nuclear cycles takes place during the first few hours of Drosophila development, some of cycles take as […]
Larval neuroblasts The larval brain is the tissue of choice for the study of cell division during late development. Most mitotic mutants of Drosophila have […]
Protocol of in-situ hybridization In situ hybridization to diploid cells serves in mapping and characterizing the behaviour of heterochromatic sequences of Drosophila, which are both […]
Polytene Chromosomes preparation Dissect out salivary glands from third-instar larvae in 0.7% NaCl. Transfer the salivary glands to a drop of 45 % acetic acid […]
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