Anaerobic means able to live without air or oxygen, like some bacteria. One example is botulism.
In human metabolism, the term anaerobic applies to ATP use and glycosis to provide energy in the muscle cells. This does not require oxygen, but is rapidly depleted and can result in a buildup of lactic acid in the cells.
Anoxic conditions refer to environments that lack oxygen. In such conditions, organisms that require oxygen for respiration may struggle to survive, leading to shifts in the types of organisms that dominate the ecosystem. Anoxic conditions can occur naturally in bodies of water or soil, or may be the result of pollution or human activities.
This is related to anaerobiosis, in other words, the life under anaerobic conditions. Such conditions imply the absence of oxygen or the environment or atmosphere devoid of oxygen, therefore no requiring the presence of molecular oxygen for growth, that is, it is not capable of using molecular oxygen for growth (also called: anoxybiontic or anoxybiotic).
Decomposition of organic matter by bacteria, excessive algae growth due to nutrient pollution, and low levels of water circulation can deplete oxygen in a body of water. This can lead to anoxic conditions that harm aquatic life.
Anoxic convulsion refers to a seizure or convulsion that occurs due to lack of oxygen to the brain. It is a medical emergency and can lead to serious complications if not managed promptly. Treatment involves restoring oxygen supply to the brain and addressing the underlying cause.
The hydrogen carbonate indicator changes color from red in acidic conditions to yellow in neutral conditions to purple in basic conditions.
Bromothymol is a pH indicator that can appear yellow in acidic conditions and blue in alkaline conditions.
It depends on the indicator used. For example, adding phenolphthalein to water turns it pink in basic conditions and colorless in acidic conditions, while adding bromothymol blue turns water blue in basic conditions and yellow in acidic conditions.
Anoxic conditions refer to environments that lack oxygen, while anaerobic conditions refer to environments where oxygen is absent or present in very low concentrations. Anaerobic conditions can include both anoxic environments and environments with alternative electron acceptors other than oxygen.
Toxic.
Most plants require oxygen for their roots to survive, so anoxic soil (lacking oxygen) can be detrimental to plant growth. However, there are some plant species, like certain wetland plants, that have adaptations to survive in anoxic soil by obtaining oxygen through specialized structures or by relying on other processes for survival.
The transition from anoxic to oxic conditions on Earth occurred around 2.4 billion years ago during the Great Oxidation Event. This event marked the significant increase in atmospheric oxygen levels, leading to the formation of an oxygen-rich environment on Earth.
yes, anoxic photosynthesis
non-oxygenation
Soil that contains oxygen is known as oxic soil. On other hand soil which lacks the oxygen is known as anoxic soil
The main causes for anoxic brain injury are lack of oxygen to the brain. This can be caused due to drowning, suffocation, shock or autoerotic asphyxiation.
The terms for without oxygen are anaerobic or anoxic.
What typically happens when pollution is introduced to a body of water is the plankton of the area multiplies in number. A majority of the plankton then sinks and creates anoxic conditions in bottom waters.
For preservation of soft body parts as fossils in rock, burial, and an anoxic (lacking Oxygen) Environment are necessary. Burial provides a medium in which to preserve the body parts. A lack of oxygen (anoxia) will prevent all biologic activity, such as decay or predation, allowing the buried body part to survive long enough for mineralization (gradual replacement of original biological matter with minerals such as quartz) to occur. Anoxic conditions are relatively rare on a geologically significant scale; they exist usually in stagnant water, where biologic activity has depleted the oxygen supply, and no fresh water flows exist to clear out and replace the anoxic water. If your question is about peserving actual soft body parts, not as fossils, the answer is that dry and cool conditions, or freezing conditions, will retard decay, and thus will preserve organic material such as soft body parts for a time.
Anoxic brain injury occurs when the brain is deprived of oxygen, leading to damage or death of brain cells. This can happen due to conditions like cardiac arrest, choking, or carbon monoxide poisoning. Anoxic brain injury can cause a range of symptoms, from mild cognitive impairment to severe, long-term disabilities.