Answer:
Parasitic
Explanation:
The tapeworm only takes and doesn't give anything back
Answer:
green-flowered plants
Explanation:
In biology, blending inheritance refers to an erroneous theory from the XIX century, which proposed that the progeny (F1) inherits phenotypic traits as an average of parental phenotypic values. If this theory would be true then a crossing of a blue flower variety with a yellow variety of the same species would produce green-flowered progeny (since green is a combination of blue and yellow). Charles Darwin used pangenesis, a hypothetical mechanism for heredity that implied blending inheritance, in order to understand the transmission of hereditary characters. Darwin believed that different parts of the body generated heredity particles called 'gemmules' that aggregated in the gonads, and contributed to the transmission of heritable information to the next generation. The blending inheritance theory was replaced by Mendelian inheritance during the early 1900s.
According to Linderman's ten per cent law, Grass obtains 10%of the energy from sun. when the mouse eats the grass it only get 10 <span>percent of the sun's energy while 90 is lost to heat</span>
Answer:
The mechanism shut down the oxidation of glucose to CO2 and H2O but increases the oxidation of acetyl CoA derived from fatty acids by Tri carboxylic acid cycle.
Explanation:
When a person eat meal rich in fatty acid,the ingested fatty acid will undergo breakdown to form large amount of acetyl CoA.The so formed Acetyl CoA undergo oxidation by TCA cycle to generate CO2 and H2O.
on the other hand when a person has eaten a meal that is low in carbohydrates(glucose),at that time less glucose molecule will undergo glycolysis and oxidative de carboxylation to form less amount of acetyl CoA.The acetyl CoA accumulates rather than going further oxidation.
As the meal contain low amount of glucose after a certain period of time the glucose level will be depleted.So to maintain homeostasis of body glucose level the gluconeogenesis process is stimulated.
The conversion of pyruvate to oxaloacetate,one of the most important reaction of gluconeogenesis is boosted by the high cellular level of accumulated acetyl CoA.
