Respiration: Glycolysis, Krebs cycle, ETS

The process of regeneration differs in organisms. It is different in the case of a plant than that of an animal. There are various types to it. It can be explained through a regeneration simple definition and a regeneration ts diagram. Regeneration Simple Definition In simple words, the auto-healing process of the body can be […]

Kranz’s anatomy can be defined as two separate concentric sheets of chlorenchyma cells, formed by a bundle sheath comprising utmost of the chloroplasts, enclosed by an outer layer comprising of a minor number of mesophyll cells. The mainly large cells surrounding the vascular bundles of the C4 plants are termed bundle sheath cells and the leaves which

When organisms breathe, they are exchanging gases between their body cells and the surrounding environment, a process known as respiration. All living organisms, from plants and animals to prokaryotic bacteria, archaeans, eukaryotic protists, fungi, and animals, are capable of respiration. A reaction between glucose and oxygen occurs during normal human respiration, resulting in the production

A living thing relates to any organism or a life form that possesses or indicates the traits of life or being alive. Their  essential traits are as follows: having a prepared structure, requiring energy, responding to stimuli and adapting to environmental changes, and being able of reproduction, growth, movement, metabolism, and death. Currently, living things

Hans Kreb’s developed the citric acid cycle, also known as the tricarboxylic acid (TCA) cycle, in 1937 and was awarded the Nobel Prize in Physiology or Medicine in 1953 for his discovery. The TCA cycle is an eight-step process that aids in the decomposition of organic compounds. Glucose, sugars, fatty acids, amino acids, and other

Different organisms perform a variety of roles and functions in order to keep the biosphere functioning properly. Some contribute to the production of oxygen, while others require it for survival. Some die and decay, allowing others to absorb the nutrients and feed on them as a result of their demise. From the beginning of time

The metabolic pathway that converts glucose (C6H12O6) to pyruvic acid (CH3COCOOH) is called glycolysis or glycolysis pathway. The free energy released during this process is used to create the high-energy molecules adenosine triphosphate (ATP) and reduced nicotinamide adenine dinucleotide (NAD) (NADH). The EMP pathway (Embden–Meyerhof–Parnas) was discovered in the early nineteenth century by three German

Glycolysis is the first and foremost step of cellular respiration which is available in almost all living beings. Through the Glycolysis pathway, the glucose gets broken down into pyruvic acid, which produces the energy required for sustaining life. The two pyruvate molecules are produced, including water, ATP and NADH. It is common in both anaerobic

Every cell in our body is made up of a variety of different cell types. These cells are involved in a variety of metabolic processes all of the time. As a result of these processes, several by-products or waste products are produced, and some of these by-products or waste products are produced on a continuous

Introduction The interaction where air moves all through the lungs is known as relaxing. This is helped out through different respiratory organs. All in all, breathing is a basic compromise process. At the point when we inhale, we take in air wealthy in oxygen from the climate, consequently of which, we give out carbon dioxide-wealthy