Where Can Glycolysis Be Seen?
Compared to oxidative phosphorylation that maximizes the energy potential of one glucose molecule, glycolysis is not as efficient a mode... View Article
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Where Is Pyruvate Found In Erythrocytes And Oxygen-deprived Tissues?
Pyruvate stays in the cytoplasm in oxygen-deprived tissue and erythrocytes converting to lactate, a phenomenon called anaerobic glycolysis. This concluding... View Article
Can Fermentation Result In The Production Of Lactate?
Fermentation can lead to the production of lactate. Such a phenomena occurs in human and animal cells for instance, as... View Article
What Happens During Fermentation In Microbes?
In microbes, during fermentation, such as yeast pyruvate (formed in the process of glycolysis) do not advance to the electron... View Article
What Happens To Cells If They Lose Too Much Water?
If the cells of the body are deprived or acquire excess water through osmosis, they cannot efficiently function. If the... View Article
Under What Circumstances Lactate Fermentation Is Experienced?
Some entities such as a few bacteria can experience lactate fermentation. Two pyruvates are converted into two molecules of lactic... View Article
How Is Systemic Vascular Resistance Determined?
Systemic vascular resistance is based on the anatomy of the vascular network. Typically, the vascular structure stays comparatively unaffected. But,... View Article
What Is The Cell Cycle Control System?
Given the cell cycle is a complex process in eukaryotes, they have acquired a network of regulatory proteins, referred to... View Article
Where Does The Mitotic Spindle Checkpoint Occur?
The mitotic spindle checkpoint takes place at the junction in the metaphase wherein all chromosomes must orient at the mitotic... View Article
What Happens In G1 Checkpoint?
The G1 checkpoint, also referred to as the start point in yeast and restriction point in mammalian cells, is the... View Article
What Are Cell Cycle Checkpoints?
Cell cycle checkpoints are regulatory mechanisms found in the cell cycle of eukaryotes. It ensures their suitable progression. Every checkpoint... View Article
What Happens At The G2 M Checkpoint?
The G2-M DNA damage checkpoint is a significant cell cycle checkpoint seen in eukaryotic entities ensuring cells do not start... View Article
In The Absence Of NAD+ What Happens To Glycolysis?
In glycolysis, NAD+ reduces forming NADH+ H+. If NAD+ is absent, glycolysis cannot continue. When aerobic respiration occurs, in glycolysis... View Article
How Does Cardiac Output Affect Blood Pressure?
Cardiac output (CO) is the volume of flow of blood from the heart all through ventricles. It is gauged in... View Article
How Does Viscosity Affect Blood Pressure?
The viscosity of blood is an estimate of the thickness of blood. It is affected by the existence of formed... View Article
How Does The Volume Of Circulating Blood Affect Blood Pressure?
The volume of circulating blood is the amount of blood that moves through the body. The increased venous return tends... View Article
How Does Peripheral Vascular Resistance Affect Blood Pressure?
Peripheral vascular resistance refers to compliance capable of any compartment to expand to adapt to increased content. For instance, a... View Article
How Does The Elasticity Of Vessels Affect Blood Pressure?
The elasticity of vessel walls is the capability to restart its regular shape once it is compressed and stretched. Those... View Article
What Factors Influence Transpiration?
The rate of transpiration is influenced by many factors including: Temperature – it increases with an increase in transpiration rate... View Article
Brief Why Human Modifications To The Nitrogen Cycle Decrease Soil Fertility?
As ammonium accumulates in the soil, it is converted increasingly to nitrate by the action of bacteria, wherein hydrogen ions... View Article
