Answer:
The correct answers are options B, C and G.
Explanation:
The digestive juices discharged from the bile duct and the pancreas takes part in the dissociation of proteins and sugars along with the emulsification of fats. Pancreas also discharge highly alkaline bicarbonate juices that elevate the pH of the duodenum. Therefore, in the absence of both of these, there will be an obstruction in the digestion of food and the pH of the duodenum will become highly acidic.
In addition to this, the bile juice also comprises bile salts, biliverdin, and bilirubin that plays an essential part in the emulsification of fats and their subsequent digestion.
Answer:
<em>The correct option is D) A species that does not normally live in an area.</em>
Explanation:
Non- native species can be described as a species which do not live in a particular habitat but are introduced into the habitat due to certain reasons or causes. The introduction of non-native species might badly affect the stability of an area. The non-native species might fight with the native species for resources like food, water, shelter etc. Sometimes, the introduction of non-native species is done so that the species can feed on any other species which is not beneficial for that environment.
The microscope made the discovery of cells possible
Answer:
Homeostasis.
Explanation:
The insulin and glucagon hormone are important for the maintenance of the blood sugar level in the body. The glucagon increase the blood sugar level whereas insulin decreases the blood sugar level.
The homeostasis may be defined as the process of the maintenance of the normal physiological conditions of the body irrespective of the change in the external and internal environment. The change in the blood sugar level can be maintained by the insulin and glucagon hormone and is important for the homeostasis maintenance.
Thus, the answer is homeostasis.
Answer:
El proceso de replicación, autorreplicación, duplicación o autoduplicación de ADN es el mecanismo que permite al ADN duplicarse (es decir, sintetizar una copia idéntica). De esta manera, de una molécula de ADN única, se obtienen dos o más "réplicas" de la primera y la última. Esta duplicación del material genético se produce de acuerdo con un mecanismo semiconservador, lo que indica que los dos polímeros complementarios del ADN original, al separarse, sirven de molde cada una para la síntesis de una nueva cadena complementaria de la cadena molde, de forma que cada nueva doble hélice contiene una de las cadenas del ADN original. Gracias a la complementación entre las bases que forman la secuencia de cada una de las cadenas, el ADN tiene la importante propiedad depducirse i
