Developing and producing research-related work or projects involving diagnostic test kits that transition from research prototype strip kits to production-level prototype kits under controlled conditions following international standards. Testing includes evaluating performance, specificity, accuracy, and precision of the test strip kits
Providing services for analyzing the components of substances or identifying substance types using Fourier Transform Infrared (FTIR) spectroscopy on samples such as polymer materials, hydrocarbons, food products, processed goods, herbal extracts, and biological samples. Additionally, offering consultation services related to spectral analysis.
It serves as a Quality Control (QC) material within laboratory internal quality control processes and functions as a test material used to assess the performance of automated blood culture systems and the proficiency of testing personnel. The film has uniform consistency and high stability (100%) over a 12-month period at 4 degrees Celsius and remains stable during transportation at 37 degrees Celsius for a duration of 2 weeks.
This is an innovation in blood collection tubes with an improved internal coating that prevents blood from clotting, enabling the measurement of biochemical substances and maintaining stable glucose levels for up to 8 hours. It reduces the amount of blood drawn by as much as 35-50%, minimizing the need for repeated blood collection.
This Microarray or Microneedle is developed as a hybrid approach between a skin patch and dissolving microneedles, designed to be safe and soluble under the skin. It overcomes the limitations of both injection and patch methods, creating a minimally invasive method for drug and vaccine delivery through the skin that is least intrusive and painless. Fabricated using proprietary technology, it can encapsulate active substances or drugs and control dosages through the skin layer.
It can be used for genetic material extraction by leveraging the ability to absorb genetic material from the surface using nanoparticles combined with magnetic separation techniques. This is a simple, convenient, rapid, and efficient genetic material extraction technique, beneficial for various applications related to genetic material analysis.
Product for extracting genetic material from test samples without the need for tools or columns for genetic material extraction. It utilizes chemicals that facilitate cell lysis when combined with heat to separate genetic material from the sample. The resulting genetic material can be used for downstream applications such as RT-PCR or RT-LAMP.
This lateral flow immunoassay kit employs gold nanoparticles to generate visual signals. It is designed to be compatible with saliva samples, effectively minimizing error during sample collection. The assay is not only affordable, but also demonstrates high accuracy and precision.
Our microalbuminuria rapid test uses a combination of lateral flow strips and gold nanoparticles to detect microalbumin protein. The assay uses monoclonal antibodies targeting microalbumin and therefore is highly specific. In addition, the kit is user-friendly, affordable, and requires only 15-20 minutes to complete, making it highly suitable for diagnosis of chronic kidney disease.
This product serves as an affordable, highly reliable control material for bacterial diagnostics. Homogeneous and 100% stable, the film ensures bacteria viability for 12 months when stored at 4 degree Celsius. Additionally, its stability at 37 degree Celsius for 2 weeks greatly eases transport.
Our paper-based platform is compact, affordable, and made from easily-accessible, eco-friendly materials. The paper discs can be produced in large quantities using conventional printing technologies. Unlike other formalin detection kits, which rely on color intensity for result interpretation, our approach uses the diameters of sample spots to assess the outcomes, which effectively eliminates interference from sample color.
Our drop-based test kits for cosmetics safety are designed to streamline the testing procedure, requiring just a few simple steps (scoop-drop-stir-observe color) and no complex equipment. The tests deliver rapid results while requiring very little samples, which can be analyzed without extensive sample preparation. The accuracy is exceptional, surpassing other current options available in the market. In addition, the kits are affordably priced at 20-25 baht per test, and their high stability allows for convenient transport without a cold chain.
This lateral flow strip test measures progesterone levels based on the competitive binding between the antigen and the antibody. Gold nanoparticles are employed to produce color bands on strips, allowing for naked-eye result interpretation. The procedure is simple and rapid, offering a powerful, field-deployable option for assessing reproductive readiness in pigs.
Our sperm sorting chips employ passive-driven microfluidic technology to effectively select high-quality sperms, offering a range of benefits including easy production, equipment-free protocol, and user-friendliness. These chips are made from PDMS, a biocompatible polymer that allows for convenient customization of flow paths and demonstrates high oxygen permeability. Notably, our chips can be manufactured domestically at lower prices than imported alternatives, and therefore should be an attractive substitute for currently available options in the market.
Our AI program has been constructed through an extensive analysis of past and present health data from healthy Thai populations. These raw data were examined to establish correlations between various biomarkers and health conditions, resulting in a program that accurately assesses biological age and important organs. The information obtained from our AI can be used to guide behavioral adjustments to improve health and keep track of health statuses. In addition, our program incorporates data protection to safeguard against data loss and facilitate retroactive retrieval of data.
"Q Prompt" is a quality-control material for blood sugar and hematocrit tests, which has been successfully used in the preparation of whole blood from surplus donated blood. This system enables cost-effective commercial production of whole blood in large quantities, yielding blood that is highly stable, ready to use, and shippable by mail without requiring cold storage.
Innomed blood collection tubes feature innovative design that allows the preservation of blood sugar for a duration of up to 8 hours and decreases the required blood volume by 35-50 percent. Two types of tubes are available, each featuring an enhanced coating designed to either prevent or accelerate blood clotting. This product has obtained ISO 13485 certification and the technology readiness level (TRL) has been classified as 9.
Designed specifically for nucleic acid extraction, our domestically manufactured magnetic beads are surface-functionalized for effective capture of DNA and RNA. This product is fully compatible with automated nucleic acid extraction platforms and exhibit efficiency comparable to other imported options, while remaining highly affordable.
At CEMB, lateral flow strips for diagnostic purposes are manufactured in standardized facilities, equipped with highly qualified personnel and cutting-edge instruments. The robust quality management system for medical devices ensure that our operations are in full compliance with the international standards, meeting the needs of researchers interested in transitioning their lateral flow methods from bench to market.