Protein Characterization (Physicochemical property of proteins) structure analysis using mass spectrometry provides results that meet the requirements of the FDA, the MFDS and other regulatory authorities regarding novel therapies or biosimilars. Based on basic amino acid analysis (full sequencing), we perform post-translational modification (PTM) analysis, which is important for protein potency and stability. In this regard, we can perform test methods based on design of experiment (DOE) statistical methodology and deliver documents to be submitted to regulatory authorities.
Protein identification and quantification : Structural analysis of all types of protein therapeutics, including monoclonal antibodies (mAbs), antibody-drug conjugates (ADCs), and enzymes
- Full Length-Amino acids sequencing Peptide identification of each peak through peptide mapping (MS spectrum confirmation, MS/MS spectral analysis with 100% AA matches)
- Improved N- and C-terminal sequencing of proteins
Post-translational modification (PTM) : More reliable results based on design of experiment (DOE) statistical methodology to perform the experiments systematically and analyze data efficiently
- Disulfide bond analysis ID Total possible lankage analysis
- Deamidation identification and quantification
- Phosphorylation identification and quantification , phospho-proteomic analysis
- Other functional modifications
Glycomics : Single protein analysis and research of protein complexes with glycosylation closely related to biological function and toxicity as well as structural stability of proteins
- Glycosylation site determination
- Glycan profiling
- Site-specific glycan identification and quantification
- Glycomics research with glycan enrichment
PC-PASS Protein Characterization Analysis Protein Characterization (Physicochemical property of proteins) structure analysis using mass spectrometry provides results that meet the requirements of the FDA, the MFDS and other regulatory authorities regarding novel therapies or biosimilars. Based on basic amino acid analysis (full sequencing), we perform post-translational modification (PTM) analysis, which is important for protein potency and stability. In this regard, we can perform test methods based on design of experiment (DOE) statistical methodology and deliver documents to be submitted to regulatory authorities. Protein identification and quantification : Structural analysis of all types of protein therapeutics, including monoclonal antibodies (mAbs), antibody-drug conjugates (ADCs), and enzymes - Full Length-Amino acids sequencing Peptide identification of each peak through peptide mapping (MS spectrum confirmation, MS/MS spectral analysis with 100% AA matches) - Improved N- and C-terminal sequencing of proteins Post-translational modification (PTM) : More reliable results based on design of experiment (DOE) statistical methodology to perform the experiments systematically and analyze data efficiently - Disulfide bond analysis ID Total possible lankage analysis - Deamidation identification and quantification - Phosphorylation identification and quantification , phospho-proteomic analysis - Other functional modifications Glycomics : Single protein analysis and research of protein complexes with glycosylation closely related to biological function and toxicity as well as structural stability of proteins - Glycosylation site determination - Glycan profiling - Site-specific glycan identification and quantification - Glycomics research with glycan enrichment
Sea moss contains many vital nutrients that can improve digestion, increase metabolism, boost immunity and so much more. Some of those nutrients include sulfur, calcium, protein, vitamin-C and B-vitamins, etc. Like with any consumable, the benefits of sea moss will vary from person to person and from product to product. Sea moss can greatly enhance the nutritional value of your meals, making it an excellent ingredient to use on a daily basis.
Supplier: Soya lecithin liquid, soya lecithin powder, soya protein isolate, soya protein concentrate, soya flour, liquid glucose, sorbitol, dextrose monohydrate, maltodextrin powder, corn starch, sunflower lecithin liquid, sunflower lecithin powder, herbal extracts, essential oils, etc
The rate of single variety bee pollen: 50%-60% Moisture : 8.0% Protein Content : 18.0% Ash : 5.0mg/kg As : 0.3mg/kg Pb : 1mg/kg Hg : 0.3mg/kg
Whey protein isolate 90%, often referred to as WPI 90, is a high-quality dietary supplement derived from whey, the liquid portion of milk left over during cheese production. It is highly refined to remove most of the fats, lactose, and other non-protein components, resulting in a protein powder that is predominantly protein, typically containing over 90% protein content by weight. Whey protein isolate is recognized for its rapid digestion and absorption, making it a popular choice among athletes, fitness enthusiasts, and individuals looking to increase their daily protein intake. It is used in various nutritional products, including protein shakes, bars, and dietary supplements, due to its effectiveness in supporting muscle recovery, growth, and overall protein needs, while being virtually free from lactose and fats, making it easier on the digestive system for many individuals.
We offer high quality Soya Protein Isolate (with 90% protein content) for Meat Processing, Beverage Products, Health and Nutritional Products.
We offer high quality Soya Protein Concentrate (with 65%-70% protein content ODB) for Meat Processing, Beverage Products, Health and Nutritional Products
We supply you with a variety of Plant Proteins such as Brown Rice Proteins, Soy Proteins, Pea Proteins, Mung Bean Proteins. HS Code 2106.90-9099 (or 3504.00-1010) from 500kg /bag. 20Kg/Bag or 25Bags/Pallet 20 MT / 20' Container Also, we can supply you with the Collagen like Animal and Marine Fish Collage.
ECG cables also referred to as an ECG patient cable, is a type of cable connection designed for non-invasive heart monitoring, typically used to help diagnose potential heart issues. The ECG cable connects to electrodes which are positioned at specific locations on the patientâ??s body to detect and record heart muscle electrical activity. The cables then transmit the electrical activity back to the ECG device for analysis and diagnosis by medical professionals. ECG Cable Feature [Multiple Leads]: ECG cables usually have several leads placed in specific areas on the patientâ??s body, such as the chest, arms, and legs, to measure the heartâ??s electrical activity from different angles. [Durability]: ECG cables are constructed from top-quality, sturdy materials that can endure repeated bending, tugging, and twisting without sustaining any damage. This ensures that the cables can withstand the rigors of frequent use and remain reliable over time. [Shielding]: ECG cables are shielded to block out external electrical signals, which can interfere with the accuracy of the readings. [Connector Compatibility]: The ECG cables are available with various connector types, including snap, clip, and banana, to fit different types of ECG machines. [Safety]: ECG cables are designed to meet strict safety standards and regulations to ensure patient safety. This helps to ensure that patients are protected from any potential harm during the monitoring process. [Cleaning and Disinfecting]: The ECG cables are easy to clean and disinfect to maintain hygienic conditions, as they come into contact with the patientâ??s skin. ECG Cable Advantages [Excellent Performance]: ECG cables are built to withstand the rigors of twisting and bending, and have been thoroughly tested to ensure optimal performance. The cables are also equipped with electrical shielding to protect the signal integrity, ensuring accurate readings. [Non-Invasive]: ECG cables are non-invasive, which means that they do not require any incisions or invasive procedures. This reduces the risk of infection and makes the monitoring process much safer for patients. Instead, the cables are simply attached to the patient's skin, making it a quick and painless process.
