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olga2289 [7]
3 years ago
5

The study of the interaction of organisms with each other and their environment involves non-living factors, also called _______

__________, and living factors, which are referred to as __________________..
Biology
2 answers:
shepuryov [24]3 years ago
8 0

Answer:

abiotic factors, biotic factors

Explanation:

The study of interaction of living organisms with their environment is called ecology. The environment of an organism consist of other organisms and non-living components.

<em>The living components refers to other living organisms and it is also known as the </em><em>biotic components of the environment</em><em> while the non-living components such as temperature, light, nutrient, etc. are referred to as </em><em>abiotic components of the environment</em><em>.</em>

Yuri [45]3 years ago
7 0

Answer:

Abiotic

Biotic

Explanation:

Water, light, soil, humidity, marco and micro -minerals, gases, are example of .atmosphere, acidity are examples of Abiotic factors. They are non-living and living components of the ecosystem which affect the living organisms present in the ecosystem.

Thus they  are factors which determine and controls the existence   of living organisms in the ecosystem. They determine the rate of reproduction, growth, as they control the availability of nutrients, and determine the resistance of the organisms to limiting factors. that  affecting biochemical reactions(e.g respiration and photosynthesis) for survival of organisms in the ecosystems.

All living components of the ecosystem; including all plants, animals are example of biotic factors. They  also include the viruses, bacteria, protozoans, which affects the survival of other organisms in the ecosystems,as they exert negative influence on the population of the ecosystem and man who destroyed the ecosytem to suit his personal use.

Based on the this  biotic factors can be categorised into 3 -the plants which supply food for the entire ecosystem  the Producers, All  organisms which depends on the plants for survival and existence are the Consumers, while the micro-organisms  which  breakdown and converts the chemical compounds in the producers and consumers into re-usable form to  recycled  the nutrients are  the Decomposers.

Generally it is the interaction between the biotic and abiotic factors that ensures  stability and continuous existence of Ecosystem.

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<h3>What are dermal papillae used for?</h3>

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DCCD (dicyclohexylcarbodiimide) inhibits oxidative phosphorylation when the substrate is mitochondrial NADH. DCCD is a drug that
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A) Decreases cellular energy production

B) DCCD also affects K+ transport

Explanation:

A) Consequences are of DCCD on cellular energy production: <em>Decreases cellular energy production</em>

ATP-synthase pump is composed of two subunits: F1 catalytic subunit that synthesizes ATP, and F0 proton pumping subunits, that transport H+ through the membrane. F1 subunit might act independently of F0 to produce ATP, but this molecule can not be released without H+ gradient, which generates a movement necessary for ATP release from the catalytic center.

When any of the parts composing F0 react with DCCD, the subunit can not transport H+ through the membrane. DCCD inhibits the enzyme activity by blocking the protons´ flow.

As DCCD blocks the protons´ flow, and the protons´ flow is necessary to release the ATP molecule from the F1 subunit, no other ADP + Pi can enter to F1 subunit, and the production of ATP stops.

B) Other cellular effects of DCCD

There seem to be other effects of DCCD on cell activity, some of which are still under study. To name a few:

  • Diimide from DCCD seems to stimulate cytochrome b reduction and inhibits its reoxidation by ferricyanide.
  • When exposing the cell to high concentrations of DCCD for a long time, might occur an alteration in the electron transporting chain
  • Inhibition of ubiquinol-cytochrome c reductase activity when exposing the cell to high concentrations of DCCD.
  • Inhibition of K+ transport, associated with the inhibition of H+ transport.

Concerning the effect of DCCD on the K+ transport, DCCD stops the extrusion of H+ and the consequent intrusion of K+.

DCCD strongly inhibits the simultaneous flow of H+ and K+. First, it inhibits H+ flow, acidification of the environment stops, but at this point, K+ keeps moving through the membrane. Once the H+ flow has ceased, the K+ flow slowly decreases until it finally stops moving. There is a lag time in the DCCD effect on K+ flow to the instantaneous effect on H+ flow.

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