Biological evolution cybernetics vs. neutral mutation: Random drift hypothesis
January-June 2025 - Vol 9 Num. 1
The neutral mutation-random drift hypothesis cannot explain biological evolution, particularly in the relationship between evolution at the molecular level and phenotype, adaptability, and evolution. Gene random drift cannot be the driving force of biological evolution but exists as polymorphic types in the population and...
Biological evolution cybernetics vs. neutral mutation: Random drift hypothesis
January-June 2025
The genome of a landlocked Atlantic salmon Salmo salar characterized through high-throughput sequencing
October 2016
Improvement in cocoon yield induced by phytojuvenoid on the multivoltine mulberry silkworm (Bombyx mori Linn.)
January 2015
Somatic embryogenesis in two Nigerian cassava cultivars (Sandpaper and TMS 60444)
October 2014
Insect visitation of peduncular and petiolar extrafloral nectar glands on castor bean (Ricinus communis L.) plants in Southern California
June 2014
October 2014
Somatic embryogenesis in two Nigerian cassava cultivars (Sandpaper and TMS 60444)
February, 2013
Biosystematic relationships of three sect plants in Elymus (Poaceae) based on the anatomical characteristics of leaf blades
February, 2013
Protective effects of vitamin C against biochemical toxicity induced by malathion pesticides in male albino rat
February 2014
Taxonomic survey of crustacean zooplankton in Wular Lake of Kashmir Himalaya
December, 2012
Gene expression and phenotypic characterization of flooding tolerance in tomato
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