Summer is coming and with it the number of sports injuries is increasing again at the same time. Be it jogging, cycling, climbing or playing soccer – all it takes is one inattention and the ankle is sprained or the arm bruised. For some years now, enzyme preparations have also been used therapeutically for such … Enzyme Therapy against Sports Injuries
What’s the chymotrypsin? Chymotrypsin is an enzyme that plays a role in digestion in the human body. As an enzyme, it has the task of breaking down proteins from food and breaking them down into small components – so-called oligopeptides – which can then be absorbed in the intestines. Chymotrypsin is produced in the pancreas … Chymotrypsin – What is it for?
Where is chymotrypsin produced? The formation of chymotrypsin occurs in the pancreas, the so-called exocrine part of the pancreas. There chymotrypsin is produced in an initially inactive precursor (zymogen). This zymogen form is also called chymotrypsinogen. When chymotrypsinogen reaches the small intestine, it is then split into three different parts by the pancreatic enzyme trypsin, … Where is chymotrypsin produced? | Chymotrypsin – What is it for?
Definition Carboxypeptidases are enzymes that cleave amino acids from proteins or peptides. Proteins are long chains consisting of different amino acids. Peptides also consist of amino acids, but are shorter. The basic structure of amino acids is always the same. It is important that the connection between a carbon atom and a nitrogen atom is … Carboxypeptidase
Where is it made? The part of carboxypeptidases involved in digestion is produced in the pancreas. The pancreas produces pancreatic secretion, which is released directly into the small intestine. This secretion is very rich in enzymes. It also neutralizes the acidic stomach contents. This secretion contains carboxypeptidases that were previously produced in the pancreas. What … Where is it made? | Carboxypeptidase
Introduction The pancreas produces a whole range of different enzymes for the digestion of carbohydrates, fats and proteins and passes them on to the duodenum. You can find detailed information about the pancreas here: Pancreas – anatomy and diseases Which enzymes does the pancreas produce? The first group of enzymes are the protein-cleaving enzymes, also … Pancreatic enzymes
Nucleic acid cleaver The nucleic acid cleavers deoxyribonucleases and ribonucleases are enzymes that can cleave DNA and RNA. In humans, ribonuclease one is one of them. This is produced in the pancreas and cleaves the ester bond between a phosphate group and a hydroxyl group. Since all living organisms, both plants and animals, store their … Nucleic acid cleaver | Pancreatic enzymes
How can the production of pancreatic enzymes be stimulated? The enzymes of the pancreas are subject to regulatory circuits of hormones and nerve impulses of the body. Just thinking about food sets some of these control loops in motion and the production of digestive enzymes is increased. The next stimulus is the distension of the … How can the production of pancreatic enzymes be stimulated? | Pancreatic enzymes
As an enzyme of the pancreas, trypsin is responsible for the further breakdown of food proteins. It exerts its effect in the highly alkaline range. Trypsin deficiency leads to protein deficiency in the body due to impaired protein breakdown. What is trypsin? Trypsin represents a protease that continues the digestion of proteins in the alkaline … Trypsin: Function & Diseases
Introduction Alpha-1-antitrypsin belongs to the protein structures, i.e. proteins that float in blood serum. The name comes from the study to identify these proteins. In serum white electrophoresis, these proteins are in the alpha-1 group. Alpha-1-antitrypsin is an antagonist of trypsin, an enzyme that cleaves proteins. This trypsin, which is harmful in the blood, is … Alpha-1-antitrypsin
What happens in Alpha-1-antitrypsin deficiency? Alpha-1-antitrypsin works through two different systems. – One is the adhesion of the defective alpha-1-antitrypsin to the site of origin. The defective protein accumulates in the liver and the liver can no longer adequately perform its other tasks. In newborns, this can lead to severe liver damage, cirrhosis of the … What happens in Alpha-1-antitrypsin deficiency? | Alpha-1-antitrypsin
Consequences of an altered antitrypsin level The increase in alpha-1-antitrypsin itself has hardly any negative consequences for the body and is a normal reaction to abnormal processes in the body. The change in value is therefore an indication of possibly pathological processes in the body, which in turn lead to symptoms of illness. In this … Consequences of an altered antitrypsin level | Alpha-1-antitrypsin
