Research and development - Articles
Hydrocolloids have been increasingly studied in the fabrication of nanocarriers for controlled and targeted drug delivery, most likely due to their low toxicity, biocompatibility, and excellent biological properties.
What Is Hydrocolloid？ Hydrocolloids are molecules that have a high affinity for water and can form thick gels in water. Hydrocolloids can be derived from various natural sources such as plants (e.g. pectin, guar gum), animals (e.g. gelatin), and microbial sources (e.g. xanthan gum). They can also be modified chemically to suit specific applications. Hydrocolloids are used in a wide variety of industries, most commonly in food and cosmetics. Hydrocolloids are extensively used in the food industry for various purposes, such as thickening, stabilizing, emulsifying, and gellin…
What Is Hydrocolloid？ Hydrocolloids are molecules that have a high affinity for water and can form thick gels in water. Hydrocolloids can be derived from various natural sources such as plants (e.g. pectin, guar gum), animals (e.g. gelatin), and microbial sources (e.g. xanthan gum). They can also be modified chemically to suit specific applications. Hydrocolloids are used in a wide variety of industries, most commonly in food and cosmetics. Hydrocolloids are extensively used in the food industry for various purposes, such as thickening, stabilizing, emulsifying, and gellin…
Stable isotope techniques are used in various applications in different fields such as chemistry, biology, geology, and environmental science. In this article, we will focus on the applications of stable isotope techniques in various fields.
What Are Stable Isotope Techniques？ A class of atoms with the same number of protons but different numbers of neutrons in the nucleus is called isotopes, which can be divided into stable isotopes and radioactive isotopes. The nucleus of a radioactive isotope is unstable, and it decays into another isotope by spontaneously emitting particles. Isotopes that are not radioactive are called stable isotopes. There are more than 1700 kinds of isotopes in nature, of which there are more than 270 kinds of stable isotopes. Compared with radioactive isotopes, stab…
What Are Stable Isotope Techniques？ A class of atoms with the same number of protons but different numbers of neutrons in the nucleus is called isotopes, which can be divided into stable isotopes and radioactive isotopes. The nucleus of a radioactive isotope is unstable, and it decays into another isotope by spontaneously emitting particles. Isotopes that are not radioactive are called stable isotopes. There are more than 1700 kinds of isotopes in nature, of which there are more than 270 kinds of stable isotopes. Compared with radioactive isotopes, stab…
20-Jun-2023
Cell-penetrating peptides are a class of short peptides with a length of 5~30 amino acids, which can carry peptides, nucleic acids, small molecules of drugs, and virus particles through cell membranes into cells.
Cell-penetrating peptides are a class of short peptides with a length of 5~30 amino acids, which can carry peptides, nucleic acids, small molecules of drugs, and virus particles through cell membranes into cells. People use it as a carrier to transport objects into cells. Past research has proven effective in treating mouse models of cancer and inflammatory diseases with cells that carry proteins and peptides through peptides. Based on animal studies, it is thought that it will be possible for cells to penetrate peptides carrying DNA or siRNA to treat disease. Cell-pene…
Cell-penetrating peptides are a class of short peptides with a length of 5~30 amino acids, which can carry peptides, nucleic acids, small molecules of drugs, and virus particles through cell membranes into cells. People use it as a carrier to transport objects into cells. Past research has proven effective in treating mouse models of cancer and inflammatory diseases with cells that carry proteins and peptides through peptides. Based on animal studies, it is thought that it will be possible for cells to penetrate peptides carrying DNA or siRNA to treat disease. Cell-pene…
20-Jun-2023
In the past ten years, ADCs have developed into a major biopharmaceutical category through improvements in all design aspects. There is still a lot of technical space and a strong market driving force for ADC drug design and further optimization. Nevertheless, many believe that the number and quality of ADCs will increase substantially in the next ten years.
In the past ten years, the number of antibody drug conjugate (ADC) entering clinical trials has steadily increased. Currently, 9 ADCs have been approved, of which 5 are used for hematoma and 4 for solid tumor treatment. After more than 20 years of development, ADC biopharmaceuticals are becoming the main force in the treatment of cancer. Currently, one of the most important challenges when designing a good ADC drug is to maxim…
In the past ten years, the number of antibody drug conjugate (ADC) entering clinical trials has steadily increased. Currently, 9 ADCs have been approved, of which 5 are used for hematoma and 4 for solid tumor treatment. After more than 20 years of development, ADC biopharmaceuticals are becoming the main force in the treatment of cancer. Currently, one of the most important challenges when designing a good ADC drug is to maxim…
20-Jun-2023
Nucleic acid is a biopolymer compound composed of nucleotides and is one of life’s basic substances. It is widely found in all animal and plant cells, microorganisms, and organisms, and is often combined with proteins to form nucleoproteins. According to their different chemical compositions, nucleic acids can be divided into ribonucleic acid (RNA) and deoxyribonucleic acid (DNA).
Nucleotides are the phosphate esters of nucleoside and are the building blocks of DNA and RNA. All nucleotides have three components: a nitrogen-containing heterocyclic base, a pentose sugar, and a phosphate group. The most effective antiviral drugs used in clinics are nucleoside analogs, such as AZT, ddI, ddC for HIV, and cytarabine for herpes virus. Therefore, nucleoside synthesis has attract…
Nucleotides are the phosphate esters of nucleoside and are the building blocks of DNA and RNA. All nucleotides have three components: a nitrogen-containing heterocyclic base, a pentose sugar, and a phosphate group. The most effective antiviral drugs used in clinics are nucleoside analogs, such as AZT, ddI, ddC for HIV, and cytarabine for herpes virus. Therefore, nucleoside synthesis has attract…
What are the key features an eClinical software should have? This list will guide you through the selection process of your next eClinical Platform
Are you in a situation where you are planning to select an eClinical platform for your trials?You are not alone; many clinical research organizations are in the same boat. If you have ever scoured the internet to find out which Software to use for your clinical trials, you could be overwhelmed by the number of options available. In this post, we will help make your job easier by offering a list of essential features that your eClinical platform should have. If you already have a preferred eClinical solution in mind, then it is best to evaluate them against these criteria before making a final decision. If you do not have any preferences yet, th…
Are you in a situation where you are planning to select an eClinical platform for your trials?You are not alone; many clinical research organizations are in the same boat. If you have ever scoured the internet to find out which Software to use for your clinical trials, you could be overwhelmed by the number of options available. In this post, we will help make your job easier by offering a list of essential features that your eClinical platform should have. If you already have a preferred eClinical solution in mind, then it is best to evaluate them against these criteria before making a final decision. If you do not have any preferences yet, th…
Pharmaceutical analysis mainly uses chemical, physical-chemical, or biochemical methods and techniques to study chemical structures that have been clarified.
Pharmaceutical analysis is the application of analytical chemistry in pharmacy. It is a "method science" for the research and development of drug quality control. It mainly uses chemical, physical-chemical, or biochemical methods and techniques to study chemical structures that have been clarified. UV-Vis Absorption Detector Ultraviolet-visible detector (UVD) is one of the most widely used detectors in HPLC, and almost all liquid chromatographs are equipped with this detector. UVD is characterized by high sensitivity, wide linear range, low noise, and is suitable for gradient elution. The detection limit for strongly absorbing sub…
Pharmaceutical analysis is the application of analytical chemistry in pharmacy. It is a "method science" for the research and development of drug quality control. It mainly uses chemical, physical-chemical, or biochemical methods and techniques to study chemical structures that have been clarified. UV-Vis Absorption Detector Ultraviolet-visible detector (UVD) is one of the most widely used detectors in HPLC, and almost all liquid chromatographs are equipped with this detector. UVD is characterized by high sensitivity, wide linear range, low noise, and is suitable for gradient elution. The detection limit for strongly absorbing sub…
This article highlights how AI and automation are driving innovation in clinical trial research by improving patient outcomes, reducing costs, and overcoming traditional barriers to progress.
AI (Artificial Intelligence) and automation are increasingly being used in various industries, including the pharmaceutical and biotech industries, to improve efficiency, and accuracy, and speed up the drug development process. AI and automation in clinical trials can play a significant role in streamlining the process, reducing costs, and improving patient outcomes. Here are some ways AI and automation are being used in clinical trials: Patient recruitment: AI-powered tools can be used to analyze patient data and identify individuals who meet the criteria for a particular clinical trial. This c…
AI (Artificial Intelligence) and automation are increasingly being used in various industries, including the pharmaceutical and biotech industries, to improve efficiency, and accuracy, and speed up the drug development process. AI and automation in clinical trials can play a significant role in streamlining the process, reducing costs, and improving patient outcomes. Here are some ways AI and automation are being used in clinical trials: Patient recruitment: AI-powered tools can be used to analyze patient data and identify individuals who meet the criteria for a particular clinical trial. This c…
As Chair of the Precision Medicine Scotland Innovation Centre I clearly have a vested interest, but precision medicine offers a unique opportunity to save lives, improve our economy and reduce our environmental impact. Precision medicine is the opposite of a one-size-fits-all approach to treatment, instead tailoring healthcare to the individual. This powers better treatment and diagnosis, including earlier interventions, more effective medicine development and aims to prescribe the right drug.
As Chair of the Precision Medicine Scotland Innovation Centre I clearly have a vested interest, but precision medicine offers a unique opportunity to save lives, improve our economy and reduce our environmental impact. Precision medicine is the opposite of a one-size-fits-all approach to treatment, in…
As Chair of the Precision Medicine Scotland Innovation Centre I clearly have a vested interest, but precision medicine offers a unique opportunity to save lives, improve our economy and reduce our environmental impact. Precision medicine is the opposite of a one-size-fits-all approach to treatment, in…
Regulatory information management system (RIMS) upgrades must increasingly take account of a wider strategy of driving business intelligence and process improvements. Adnan Jamil of Deloitte offers some practical action points.
Life Sciences industry regulators have become increasingly focused on data-driven processes as a means of managing marketing authorisation submissions. Potential associated benefits to companies themselves include improved decision-making; optimised health authority interactions; increased regulatory intelligence; and streamlined data exchange between business functions. But this requires that regulatory information management system (RIMS) upgrades are approached holistically. Common issues, and appropriate recommendations, can be broken down into system challenges,…
Life Sciences industry regulators have become increasingly focused on data-driven processes as a means of managing marketing authorisation submissions. Potential associated benefits to companies themselves include improved decision-making; optimised health authority interactions; increased regulatory intelligence; and streamlined data exchange between business functions. But this requires that regulatory information management system (RIMS) upgrades are approached holistically. Common issues, and appropriate recommendations, can be broken down into system challenges,…
Explore the importance of cytokines in cutting-edge biomedical research, from organoid culture to stem cell therapy. Learn how to select high-quality cytokines with Beta LifeScience, your trusted supplier for low-endotoxin cytokines.
Low Endotoxin Cytokines Matters Organoid culture, CAR-T cell therapy, stem cell therapy, and other topics have become broadly discussed among biomedical researchers. In fact, it is not difficult to see that these advanced technologies are all related to cell culture. In order to maintain efficient growth, proliferation, and differentiation during in vitro cell culture, many cell cultures require the addition of various cytokines. Cytokines Backgrounds Cytokines are proteins synthesized and secreted by immune cells such as monocytes/macrophages and certain non-i…
Low Endotoxin Cytokines Matters Organoid culture, CAR-T cell therapy, stem cell therapy, and other topics have become broadly discussed among biomedical researchers. In fact, it is not difficult to see that these advanced technologies are all related to cell culture. In order to maintain efficient growth, proliferation, and differentiation during in vitro cell culture, many cell cultures require the addition of various cytokines. Cytokines Backgrounds Cytokines are proteins synthesized and secreted by immune cells such as monocytes/macrophages and certain non-i…
The European Commission's revision of its Good Manufacturing Practices (GMP) Annex 1 for sterile drug products will be implemented soon, meaning pharmaceutical professionals need to understand the implications and put any additional measures in place – but what are the changes and what impact will they have on the industry?
The European Commission's revision of its Good Manufacturing Practices (GMP) Annex 1 for sterile drug products was released in August 2022, after 14 years of development. The proposed changes will be implemented one year on from publication, or two years for section 8.123 on lyophilizer sterilisation, giving pharmaceutical professionals time to understand the implications and put any additional measures in place – but what are the changes and what impact will they have o…
The European Commission's revision of its Good Manufacturing Practices (GMP) Annex 1 for sterile drug products was released in August 2022, after 14 years of development. The proposed changes will be implemented one year on from publication, or two years for section 8.123 on lyophilizer sterilisation, giving pharmaceutical professionals time to understand the implications and put any additional measures in place – but what are the changes and what impact will they have o…
Leukapheresis, the removal of white blood cells from a patient or donor, is a critical step in the manufacturing of gene-modified T-cell therapies. The cell collection step is needed to acquire starting material in order to generate the final cellular product. The collection efficiency of leukapheresis product may be impacted by various factors such as patient disease state, place in treatment protocol, age, pre-apheresis CD3+ cell counts, hematocrit level, and platelet level.
Leukapheresis, the removal of white blood cells from a patient or donor, is a critical step in the manufacturing of gene-modified T-cell therapies. The cell collection step is needed to acquire starting material in order to generate the final cellular product. The collection efficiency of leukapheresis product may be…
Leukapheresis, the removal of white blood cells from a patient or donor, is a critical step in the manufacturing of gene-modified T-cell therapies. The cell collection step is needed to acquire starting material in order to generate the final cellular product. The collection efficiency of leukapheresis product may be…
Generic drugs are incredibly important in the medical field, not only for their effectiveness but also for their cost-saving potential for both manufacturers and customers.
Generic drugs are incredibly important in the medical field, not only for their effectiveness, but also for their cost-saving potential for both manufacturers and customers. Medication affordability is a prevalent issue, according to a study from West Health and Gallup, an estimated 15.5 million adults under 65 went without medication due to high drug costs. As such, it is vital that the development of generic medicines is as efficient as possible as they are much more accessible to all budgets in comparison to their branded counterparts. Bachem, a Swiss pharmaceutical company, is leading the way with a multidis…
Generic drugs are incredibly important in the medical field, not only for their effectiveness, but also for their cost-saving potential for both manufacturers and customers. Medication affordability is a prevalent issue, according to a study from West Health and Gallup, an estimated 15.5 million adults under 65 went without medication due to high drug costs. As such, it is vital that the development of generic medicines is as efficient as possible as they are much more accessible to all budgets in comparison to their branded counterparts. Bachem, a Swiss pharmaceutical company, is leading the way with a multidis…
T-cell therapy is a cutting-edge form of immunotherapy that utilizes the body's own immune system to target and eliminate cancer cells. This innovative approach involves modifying and reprogramming T cells to express specific receptors that enable them to recognize and attack cancer cells.
In recent years, medical research and innovation have witnessed remarkable advancements in the field of immunotherapy, specifically in the realm of T-cell therapy. T-cell therapy is an emerging form of cancer treatment that harnesses the body's own immune system to target and eliminate cancer cells. This groundbreaking approach holds immense promise for patients battling various types of cancer and has the potential to revolutionize the landscape of cancer treatment. At the core of T-cell therapy lies th…
In recent years, medical research and innovation have witnessed remarkable advancements in the field of immunotherapy, specifically in the realm of T-cell therapy. T-cell therapy is an emerging form of cancer treatment that harnesses the body's own immune system to target and eliminate cancer cells. This groundbreaking approach holds immense promise for patients battling various types of cancer and has the potential to revolutionize the landscape of cancer treatment. At the core of T-cell therapy lies th…
Tn5 transposase, as an enzyme has been broadly applied to the field of biotech, really needs to be accompanied by a brief introduction/protocol on its construction, preparation, and application to optimize the consequence brought by its participation.
As an enzyme that has several applications in the field of biotech, Tn5 transposase, a bacterial transposase working in a “cut-and- paste” mode with amplification, can insert specific DNA sequences into a variety of substrates, including plasmids, bacterial chromosomes, and artificial DNA constructs. The following content will introduce the usage method of Tn5 transposase and the application of Tn5 transposase into genomic research and pharmaceuticals. To get ready for any further application, T…
As an enzyme that has several applications in the field of biotech, Tn5 transposase, a bacterial transposase working in a “cut-and- paste” mode with amplification, can insert specific DNA sequences into a variety of substrates, including plasmids, bacterial chromosomes, and artificial DNA constructs. The following content will introduce the usage method of Tn5 transposase and the application of Tn5 transposase into genomic research and pharmaceuticals. To get ready for any further application, T…
16-May-2023
Semiconductor materials are a class of electronic materials that have semiconductor properties and are used to make semiconductor devices.
Semiconductor materials are a class of electronic materials that have semiconductor properties and are used to make semiconductor devices. Characteristics of semiconductor materials Semiconductor materials usually have a certain forbidden band width and their electrical properties are susceptible to external conditions (e.g., light, temperature, etc.). Different conductive types of materials are prepared by doping with specific impurities. Impurities (especially heavy metal fast diffusion impurities and deep energy level impurities) have a particularly strong influence on the material properties. Therefore, semiconductor materials should be of high…
Semiconductor materials are a class of electronic materials that have semiconductor properties and are used to make semiconductor devices. Characteristics of semiconductor materials Semiconductor materials usually have a certain forbidden band width and their electrical properties are susceptible to external conditions (e.g., light, temperature, etc.). Different conductive types of materials are prepared by doping with specific impurities. Impurities (especially heavy metal fast diffusion impurities and deep energy level impurities) have a particularly strong influence on the material properties. Therefore, semiconductor materials should be of high…
16-May-2023
The basic principle of organic photovoltaic cells is similar to inorganic solar cells. According to mechanical properties and processability, organic photovoltaic cell materials can be divided into insoluble materials, soluble materials, and liquid crystal materials.
History of organic photovoltaic cells Photovoltaic effect refers to the phenomenon in which a potential difference is generated between different regions of a semiconductor or a combination of semiconductors and metals that are illuminated by light. The term "photo-voltaic" appeared in English in 1849, which means that electromotive force is generated by light, that is, light generates volts. With the gradual understanding of the physical properties of semiconductors and the advancement of processing technology, in 1954, resear…
History of organic photovoltaic cells Photovoltaic effect refers to the phenomenon in which a potential difference is generated between different regions of a semiconductor or a combination of semiconductors and metals that are illuminated by light. The term "photo-voltaic" appeared in English in 1849, which means that electromotive force is generated by light, that is, light generates volts. With the gradual understanding of the physical properties of semiconductors and the advancement of processing technology, in 1954, resear…
We need to navigate past the lab shortages that have been preventing companies from scaling, and in some cases, blocking access completely for start-ups unable to find space or to meet the spiraling cost of rent. Expanding beyond the established boundaries to encompass more of the country’s scientific potential provides a valuable extension and unlocks further opportunity for growth and success.
The potential of life sciences to deliver game-changing medicines and technology has never been greater. And with discoveries will come high numbers of jobs and significant economic benefits. That is exciting news in a sector that already employs more than 250,000 people, supports 6,500 businesses, and generates an annual turnover of £94bn. (1) With increased funding from UK Life Sciences and the L…
The potential of life sciences to deliver game-changing medicines and technology has never been greater. And with discoveries will come high numbers of jobs and significant economic benefits. That is exciting news in a sector that already employs more than 250,000 people, supports 6,500 businesses, and generates an annual turnover of £94bn. (1) With increased funding from UK Life Sciences and the L…
Discover how Electronic Data Capture (EDC) revolutionizes clinical trials by streamlining data collection, improving accuracy, and ensuring compliance. Explore the advantages of EDC and its impact on efficient clinical research.
Electronic Data Capture (EDC) has transformed the landscape of clinical trials, revolutionizing the way data is collected, managed, and analyzed. This powerful tool offers numerous benefits that not only streamline the process but also enhance the quality and integrity of clinical data. Streamlined Data Collection: EDC simplifies the data collection process by providing a user-friendly interface that eliminates the need for complex programming. Setting up a complete clinical study becomes a matter of days, rather than months. Whether it's paper forms, web forms, o…
Electronic Data Capture (EDC) has transformed the landscape of clinical trials, revolutionizing the way data is collected, managed, and analyzed. This powerful tool offers numerous benefits that not only streamline the process but also enhance the quality and integrity of clinical data. Streamlined Data Collection: EDC simplifies the data collection process by providing a user-friendly interface that eliminates the need for complex programming. Setting up a complete clinical study becomes a matter of days, rather than months. Whether it's paper forms, web forms, o…
