Introduced species
Ecosystems are complex systems that are in dynamic equilibrium with constant interactions between their parts.
When a new species is introduced, new interactions will occur, generating new components of the system and also competing with the previous interactions between the species already present in the system, which normally ends up generating an imbalance in the ecosystem mentioned, i.e a disruption in it.
In animals the body absorbs & transports broken-down carbohydrates in the body. The monosaccharide units, glucose, galactose and fructose are transported through the wall of the small intestine and then into the portal vein which then takes these elements straight to the liver.
In plants Carbohydrates are mainly transported in the phloem in the form of sucrose. The cell membrane of the sieve cells contains pump proteins that actively convey sucrose into the vascular pathways.
Hope this helps !
It would read as GATACA. This is not the correct sequence and code, so an incorrect protein is made. It is a change in DNA when a is copied. This could happen under ultra-violet rays and other environmental factors.
Answer:
Nucleus: (FUNCTION: The nucleus has very important roles to play. As it contains genetic material, it coordinates cell activities like protein synthesis and cell division.)
The nucleus is like the brain of the cell, it controls everything like our brain does.
Cell wall: (FUNCTION: The cell wall surrounds the plasma membrane of plant cells and provides tensile strength and protection to the plant.)
The cell wall is like a security blanket around the plant, it protects and holds up the plant.)
Mitochondrian: (FUNCTION: Known as the “powerhouses of the cell,” mitochondria produce the energy necessary for the cell's survival and functioning. )
The mitochondria is like the powerhouse of the cell because it provides most of the power.
Explanation:
;) hope this helps
Answer:
Cl- ions will move inside the cell.
Explanation:
When the equilibrium potential and is equal to membrane potential, the net charge across the membrane is equal to zero and therefore there is not movement of ions across the membrane. However, in this case, the membrane potential is -70 mV, while the equilibrium of negatively charged Cl- ions is -81 mV. In consequence, Cl- ions will tend to move inside of the cell.
