Bi-nucleated cells in ruminants, particularly in the context of their muscle tissue and certain placental structures, are characterized by having two nuclei within a single cell. These cells are believed to play a role in muscle growth and repair, as well as in the unique structure of the ruminant placenta, which helps facilitate nutrient exchange between the mother and the developing fetus. The presence of bi-nucleated cells can be attributed to specific developmental and physiological adaptations in ruminants, supporting their metabolic needs and reproductive strategies.
there are binucleated cells in the liver and in the transitional epithelium of the urinary bladder
Susie Percival Nichols has written: 'The nature and origin of the binucleated cells in some Basidiomycetes' -- subject(s): Cells, Basidiomycetes
The product would be a cell with two nuclei, resulting in a binucleated cell. This can often be found in certain cancer cells and is known as a bi/multinucleated cell.
Yes, birds are non-ruminants.
yes canine teeth are present in ruminants
Yes. Hind-gut fermentors are psuedo-ruminants.
no..............
The major difference is protein sources. Ruminants require less protein than non-ruminants, and consequently require more fibre in their diet than non-ruminants. Non-ruminants cannot digest fibre and cellulose nearly as well as ruminants can, and thus need higher concentrate feedstuffs to actually do well.
following are the non ruminants..........HUMANS,PIG,MOUSE,HORSE etc
Yes indeed! Ruminants include wildebeest, hartebeest, cape buffalo, gazelles, springbok (and all other species of antelope) and giraffes. Non-ruminants include lions, zebras, hyenas, crocodiles, baboons, hippos, rhinos, etc.
Yes.
Cytochalasin B is used in the micronucleus test to inhibit cytokinesis, which prevents the division of cells after mitosis, allowing for the accumulation of micronuclei in binucleated cells. This enhances the detection of genotoxic effects, as micronuclei—indicative of chromosome damage or loss—are more easily observed in cells that have not completed cell division. By using cytochalasin B, researchers can more accurately assess the clastogenic or aneugenic potential of test substances.