electron charge transport system and regulatung enzymes
The two requirements that are necessary for both photosynthesis and aerobic respiration are sunlight (or light energy) and the presence of a molecule to carry out the process such as water or glucose. These processes involve the conversion of energy from one form to another, utilizing these common factors in different ways.
Aerobic respiration:C6H12O6 + 6O2 --> 6CO2 + 6H2Oglucose + oxygen produce carbon dioxide and waterPhotosynthesis:6CO2 + 6H2O --> C6H12O6 + 6O2carbon dioxide and water produce glucose and oxygenThe reactants of aerobic respiration are the products of photosynthesis. Organisms that undergo aerobic respiration need the products of photosynthesis to survive (this includes the plants and other photosynthesizing organisms themselves). Plants and other photosynthesizing organisms need the products of aerobic respiration in order to survive.
Sea turtles do not perform photosynthesis; they rely on respiration to obtain energy. Like all animals, they breathe oxygen and release carbon dioxide. They primarily breathe air through their lungs, coming to the surface of the water to inhale. Their diet, which includes jellyfish, seaweed, and other marine organisms, provides the nutrients they need for energy.
Photosynthesis is important because it produces organic substances, like energy-rich carbohydrates, from simple inorganic ones such as carbon dioxide and water. All organisms need organic compounds, but only those that perform photosynthesis (autotrophs, or producers) can produce their own. The rest of us (heterotrophs, which includes consumers, decomposers, and saprotrophs) rely on autotrophs for a supply of organic substances.
Bacteria such as cyanobacteria are able to carry out photosynthesis, while viruses lack the cellular machinery to perform photosynthesis. Viruses are obligate intracellular parasites that require a host cell to replicate and do not possess the cellular machinery needed for photosynthesis.
The two requirements that are necessary for both photosynthesis and aerobic respiration are sunlight (or light energy) and the presence of a molecule to carry out the process such as water or glucose. These processes involve the conversion of energy from one form to another, utilizing these common factors in different ways.
They can be thought of as the 'reverse' of each other (though their repective biochemical pathways are in no ways similar) and are the two halves of the carbon cycle. Respiration: Glucose + Oxygen -> Carbon dioxide + Water Photosynthesis: Carbon dioxide + Water -> Glucose +Oxygen
Aerobic respiration:C6H12O6 + 6O2 --> 6CO2 + 6H2Oglucose + oxygen produce carbon dioxide and waterPhotosynthesis:6CO2 + 6H2O --> C6H12O6 + 6O2carbon dioxide and water produce glucose and oxygenThe reactants of aerobic respiration are the products of photosynthesis. Organisms that undergo aerobic respiration need the products of photosynthesis to survive (this includes the plants and other photosynthesizing organisms themselves). Plants and other photosynthesizing organisms need the products of aerobic respiration in order to survive.
Sea turtles do not perform photosynthesis; they rely on respiration to obtain energy. Like all animals, they breathe oxygen and release carbon dioxide. They primarily breathe air through their lungs, coming to the surface of the water to inhale. Their diet, which includes jellyfish, seaweed, and other marine organisms, provides the nutrients they need for energy.
The cast of Photosynthesis - 2003 includes: Jamie Brancoccio
The cast of Photosynthesis - 2014 includes: Norberto Moran
The mechanism of pulmonary respiration: It includes breathing movement, exchange of gases, in lungs, transport of gases by blood and exchange of gase by tissue. ScienceRespiratory SystemGeneticsBiologyHuman Anatomy and PhysiologyEating DisordersCell Biology (cytology)Muscular SystemCellular RespirationHealthElements and CompoundsEcosystems.
Photosynthesis is important because it produces organic substances, like energy-rich carbohydrates, from simple inorganic ones such as carbon dioxide and water. All organisms need organic compounds, but only those that perform photosynthesis (autotrophs, or producers) can produce their own. The rest of us (heterotrophs, which includes consumers, decomposers, and saprotrophs) rely on autotrophs for a supply of organic substances.
light dependent reactions and the Calvin cycle.
The mechanism of pulmonary respiration: It includes breathing movement, exchange of gases, in lungs, transport of gases by blood and exchange of gase by tissue.
It is the quantitative study of the energy relationships and energy conversions in biological systems. All organisms need free energy to keep themselves alive and functioning. The source of energy is just one; solar energy. Only plants use that energy directly. What the organisms use is the chemical energy in the form of foods. The very first conversion of solar energy into a chemical energy is the sugar molecule. On one side the conversion of solar energy into chemical energy with the help of photosynthesis happens, and on the other hand this photosynthesis makes it possible with the passage of time on earth to accumulate free oxygen in the earth's atmosphere making possible the evolution of respiration. Respiration is important for bioenergetics as it stores the energy to form a molecule ATP; adenosine triphosphate. This molecule is a link between catabolism and anabolisms. The process of photosynthesis is helpful in understanding the principles of energy conversion i.e. bioenergetics. Photosynthetic organisms and plants capture solar energy and synthesize organic compounds. It is a way of energy input. Energy stored in these organic compounds that are mainly sugars can be used later as a source of energy. Photosynthesis after respiration provides glycolysis, a major substrate, and later this glycolysis with further respiration provides energy in very controlled processes. So respiration and photosynthesis are the main processes dealing with bioenergetics.
the circle of life