Modern study publishes method in which amino acids are detected via a kit. This kit is used to detect a special amino acid which is hydroxyproline. It is detected with the aim of improving the quality of the foods for which it is used, such as in the food industry. Different color reactions are also used to detect it in the form of ninhydrin. But it is more specifically used to detect peptides and proteins. The detected amino acid such as hydroxyproline is used as a marker to detect specific diseases. 3-Hydroxyproline is used to detect cancers like lung cancer or breast cancer etc. This is the form of hydroxyproline. 4-Hydroxyproline is another form used to detect bone diseases. It is used as a marker to detect tumors and many other diseases etc. The method of identifying 3-hydroxyproline by a graphic form of ninhydrin is not correct, but some other amino acids can be detected by this method. It can be detected through a process known as HPLC. But it is not a pure synthesis method due to the large number of columns. This is also a time-consuming method. But today there is a need to separate hydroxyproline quickly and easily. The method used to detect it easily is “kit detection”. This kit specifically detects hydroxyprolines-3 and 4. And it is identified by a process of absorbance and light spectrum in the form of curves. This process used solid phase chemicals. It also detects nitrobenzene reagents. It also detects amino acids through the use of a buffering agent. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get the original essay. Another study produces an alternative amino acid finding method, first detecting the amino acid nitrobenzene from the solid phase. Then let it react with hydroxyproline and finally find the shape of the absorbance curve due to this reaction. This reaction is time specific, indicating whether or not hydroxyproline is present. If present, nitrobenzene reacts with it. The solid phase contains a buffering agent and an acidic solution. The reaction that occurs between them tells us about its structure. 20 other amino acids can also be detected using this method. Amino acid detection can also be detected using different reagents and detection kits. Hydroproline is detected by a hydroxyl group. The 3,4,5-hydroxyproline found by this method. It is also used as a marker for disease detection. This method found the L form of it, but further study also reveals its D form. This is found in solution and contains water, glycerin, etc. If the concentration of the solution is greater than that of the solvent, it is moved toward the solution. Whereas if it is weak, it is released in the same way. When running the fluorescence spectrum, a specific wavelength is adjusted. The same process applies to the absorption spectrum. When both forms of hydroxyproline are present in a solution, both can be detected because they cannot distinguish between the two spectra used. It is found in a urine sample. It is detected using different reagents like; HPLC, L-proline. Other amino acids can also be detected by different processes like; spectrum and chromatography, etc. The amino acid cannot move in a solid phase. Different types of devices are thereused, such as test tubes, watch glasses, beakers and other objects, etc. Different types of media are also used there. Under different conditions, it is collected as a detection agent; NBD-Cl. Hydroxyproline reacts with NBD-Cl and accelerates its reaction which occurs above. In order to maintain the solvent that hydroxyproline is in, its pH is maintained at 4.0 – above 8.5. It is maintained by a buffering agent process which can be solid or liquid. The reaction time is approximately 2 minutes. It is also incubated at room temperature or between 20 and 50°C. In order to detect acids, some inorganic or organic chemicals are used. This reaction occurrence ratio is 1:1. It does not depend on neutralization or any other type of reaction. The reaction product has a wavelength of 500. Its absorbance is around 500 nm and no limit is applied to it. The absorbance spectrum has a wavelength of approximately 350 to 660 nm. While others have 250-550 nm. The curve represents the presence of hydroxyproline and it is found in urine. Examples include the formation of a sample solution in which different amino acids are found. Reaction drawing in spectrum form. Using all of these methods, hydroxyproline is detected without any manipulation. It is used in industries to examine the specimen at a specific time. It is detected by the reagents of claim 1. Whereas in claim 2, it is detected by the spectrum. It is detected by reaction in claim 3. In claim 4, it is detected by a kit. Its L form is used in the manufacture of medicines. It is prepared in a cultural environment. It is a synthesis from proteins. This method is not used in industrial preparation because it comes in four isomeric forms. It is prepared and obtained from animal tissues. Different steps are used to extract it. It is prepared in the industry by the cultural media method. It turns out that it meets the requirements of the organizations. It is present in our body, so if we take it as it is, it causes an overdose, so the best form is vitamin C. It is taken as a vitamin C. It is given to us because of its requirement in our body. muscles, ligaments, tendons, etc. It is also essential for fish muscles etc. Collagen is a hydroxyproline and is not soluble in alkaline media. It also exists in nature and is found in feces. It is also a source of protein. It is soluble in acids. Its deficiency causes diseases such as: compartment syndrome, polymyositis, myopathy, etc. It also has an effect on ligaments, cartilage, cardiovascular diseases, venous insufficiency and respiratory diseases, etc. It is also present in functional foods, dairy products and health drinks, etc. It requires vitamin C as a cofactor. Collagen plays a role in the stability of the triple helix. Trans-4-hydroxy-L-proline is the form of 4-hydroxyproline. One of its forms is used as in cosmetic compounds. These compounds provide benefits to the skin. It is good for dry skin. It protects our skin from radiation, etc. N-acetyl-hydroxyl-l-proline is prepared from gelatin. It is used for the treatment of connective tissue disorders. It is obtained from hydroxyl-L-proline. Its method of separating the other four forms is expensive. It is the normal component of many proteins but gelation is used for many industrial preparations. It can also be prepared chemically but that is of no importance. It is also prepared by a method in which arginine in,.