<span>The correct answer is that a completely different protein will be synthesized. Proteins are made out of long chains of amino acids. There's 500+ of them but only 20 or so are used for humans. They have infinite amounts of combinations and each combination synthesizes a different protein. Our body knows what it needs so it synthesizes it from food that we take.</span>
Answer:
The world needs to stop the use of Plastic Water bottles.
Because plastic is non-biodegradable, it pollutes the environment, the rivers, drainage systems, and even our oceans.
Plastic Water Bottles have become a bio-hazard to our marine ecosystem. Autopsies performed on some sea fish have revealed several kilograms of human waste comprising mostly of plastic.
Another reason why it is critical to commence the disuse of the plastic water bottle is that it is not sustainable. Plastic is made from resins. Resins are gotten from plants and trees. It is impossible to continue to harvest resins at the current rate of plastic production and still have a green earth.
In some countries, purchasing water in a plastic bottle is a status symbol. The politicians who need to make decisions with regard to these issues are not helping matters because many of them either are not concerned or have vested interests in the companies along the value chain of plastic water bottle production.
Economically speaking, discontinuing the production of plastic water bottle may hurt quite a few companies. However, the government can help them transition into the production of other types of bottles such as stainless steel or glass water bottles which have less hazardous effects on the environment.
Cheers!
Scientists believe that amphibians evolved from bony fish. C.
Urea (CH4N2O), bi carbonate ion (HCO-3), creatinine, bilirubin are the ammonia containing products, are eliminated by kidneys through urine by a process of transamination.
Breakdown of amino acids results in formation of ammonium ions.
The elimination or excretion of urea is called ureotelism.
Answer:
The reduction of the oxidized ubiquinone led to the intake of two electrons as well as two protons from water molecules, as shown in Figure 14-19. The protons are further liberated during oxidation. If there is oxidation at one side and reduction at second side of the membrane, There is the movement of one proton for every electron that moves through the membrane. Thus, the movement of electron by the oxidized ubiquinone influences the production of H+ gradient.
Explanation:
The reduction of the oxidized ubiquinone led to the intake of two electrons as well as two protons from water molecules, as shown in Figure 14-19. The protons are further liberated during oxidation. If there is oxidation at one side and reduction at the second side of the membrane, There is the movement of one proton for every electron that moves through the membrane. Thus, the movement of an electron by the oxidized ubiquinone influences the production of the H+ gradient.
