Articles

One of the hardest things about starting a postgraduate science degree is the literature review that forms the basis of the entire research project. This allows the student and their academic supervisor to understand existing experimental methods and ensure essential criteria for passing the qualification is met – novelty. However, with huge swathes of research locked behind paywalls, this is often difficult to do.
One of the hardest things about starting a postgraduate science degree is the literature review that forms the basis of the entire research project. This allows the student and their academic supervisor to understand existing experimental methods and ensure essential criteria for passing the qualification is met – novelty. However, with huge swathes of research locked behind payw…

With more than seven million patients on waiting lists and over 90,000 people still experiencing 65-week wait times, linking patient data continues to be a critical goal for the overburdened NHS of today. When addressing patient queries, outpatient care centre agents frequently struggle with many systems, manual procedures and fragmented data. For the patient, this results in extended waiting times, high number of repeat calls, and increased anxiety waiting for a response.
With more than seven million patients on waiting lists and over 90,000 people still experiencing 65-week wait times, linking patient data continues to be a critical goal for the overburdened NHS of today. When addressing patient queries, outpatient care centre agents frequently struggle with many systems, manual procedure…

Transitioning from academia to industry within the life sciences is a significant career shift that requires careful planning, strategy, and a shift in mindset. In this article, we’ll explore the key considerations and steps involved in making a successful transition from academia to industry, along with insights into the challenges and opportunities that come with this career shift.
Transitioning from academia to industry within the life sciences is a significant career shift that requires careful planning, strategy, and a shift in mindset. As someone who has spent years honing your skills in academic research, you possess a deep understanding of scientific principles, technical expertise, and a passion for discovery. However, moving into industry involves not only applying your scientific…

In 2023, the average age of workers in the life sciences was reported to be around 45, with a substantial proportion of leadership roles approaching retirement within the next decade. This demographic shift presents a unique set of challenges, but with strategic planning and proactive initiatives, you can effectively navigate these waters and secure the future of your organisation.
As a recruiter or hiring manager within the life sciences industry, you’ll more than likely be aware of the impending challenges of the current ageing workforce. With any senior professionals nearing retirement, the task of replenishing this vital talent pool is more pressing than ever. In 2023, the average age of workers in the life sciences was reported to be around 45, with a substantial proportion of leadersh…

The pharmaceutical industry has long been synonymous with global innovation, driven by the relentless pursuit of new and improved therapies. In recent years, the advent of artificial intelligence (AI) has emerged as a transformative force, offering unprecedented opportunities to streamline drug discovery, optimise clinical trials and enhance patient outcomes.
The pharmaceutical industry has long been synonymous with global innovation, driven by the relentless pursuit of new and improved therapies. In recent years, the advent of artificial intelligence (AI) has emerged as a transformative force, offering unprecedented opportunities to streamline drug discovery, optimise clinical trials and enhance patient outcomes. However, the advent of the EU AI Act can potentially slow down progress to th…

Light is integral to daily life in labs and office buildings. Watching it interact with organisms sets the foundation for biophotonics, a critical application within life sciences. How is biophotonics revolutionizing biology and medicine? Here is what you need to know about this fascinating field.
Light is integral to daily life in labs and office buildings. Watching it interact with organisms sets the foundation for biophotonics, a critical application within life sciences. How is biophotonics revolutionizing biology and medicine? Here is what you need to know about this fascinating field. What Is Biophotonics? Biophotonics fuses biology and photonics to manipulate light. Researchers in this field study light’s interactions with your body’s cells and tissues. This biological field is rela…

Laboratory furnaces are indispensable tools in both manufacturing and scientific research. They play a critical role in processes that require precise control over temperature and atmospheric conditions. From advanced material synthesis to cutting-edge pharmaceutical development, these furnaces provide the necessary thermal environments to drive innovation and ensure the quality of products and research outcomes.
Laboratory furnaces are indispensable tools in both manufacturing and scientific research. They play a critical role in processes that require precise control over temperature and atmospheric conditions. From advanced material synthesis to cutting-edge pharmaceutical development, these furnaces provide the necessary thermal environments to drive innovation and ensure the quality of…

The Internet of Things (IoT) has revolutionised multiple industries, and life sciences is no exception. In pharmaceuticals, biotechnology, clinical research, and medical devices, IoT is driving innovation, improving efficiency, and enabling new approaches to patient care.
The Internet of Things (IoT) has revolutionised multiple industries, and life sciences is no exception. In pharmaceuticals, biotechnology, clinical research, and medical devices, IoT is driving innovation, improving efficiency, and enabling new approaches to patient care. Here, we explore how IoT is being utilised within these critical sectors of the life sciences industry, from smart manufacturing and supply chain management to medical device maintenance… Read the full article on PharmiWeb.Jobs.

The integration of AI into pharmaceutical processes is transforming drug discovery, production, quality control, and supply chain management. The industry is witnessing a paradigm shift, with AI-driven approaches promising to enhance efficiency, reduce costs, and accelerate time-to-market for new drugs.
Artificial Intelligence (AI) is revolutionising various fields within the life sciences, and pharmaceutical manufacturing is no exception. The integration of AI into pharmaceutical processes is transforming drug discovery, production, quality control, and supply chain management. The industry is witnessing a paradigm shift, with AI-driven approaches promising to enhance efficiency, reduce costs, and accelerate time-to-market for new drugs. In this article, we explore the multifaceted impact…

In the dynamic world of life sciences, where innovation and advancement are the norms, career transitions within the same company can offer exciting opportunities for growth and development. However, whether you’re moving from a laboratory position to a project management role, or from regulatory affairs to business development, internal career transitions may present their own unique challenges.
In the dynamic world of life sciences, where innovation and advancement are the norms, career transitions within the same company can offer exciting opportunities for growth and development. However, whether you’re moving from a laboratory position to a project management role, or from regulatory affairs to business development, internal career transitions may present their own unique challenges. I…

The digital therapeutics (DTx) industry aims to introduce new and innovative approaches to healthcare delivery through technology. Because of its novelty, many companies in this space are unfamiliar with the steps necessary to bring a new digital intervention to market – a process that can take several years. Thus, being intentional with the way they interact with the FDA can save DTx companies time and make their journeys less arduous.
The digital therapeutics (DTx) industry aims to introduce new and innovative approaches to healthcare delivery through technology. Because of its novelty, many companies in this space are unfamiliar with the steps necessary to bring a new digital intervention to market – a process that can take several years. Thus, being intentional with the way they interac…

The article gives an overview of four primary types of porous materials: activated carbon, zeolites, metal-organic frameworks (MOFs), and covalent organic frameworks (COFs).
Porous materials are materials that have small pores or cavities throughout their structure, allowing for the passage of fluids or gases. These materials, with their myriad of microscopic voids, have gained substantial attention in various fields such as catalysis, adsorption, and separation technologies due to their remarkable properties including large surface area, tuneable pore size, and distinctive porosity. In addition, they facilitate applications starting from energy storage to drug delivery systems. Porous materials could be organic or inorganic, with structures ranging from amorphous to crystalline, and sizes…

Pharma franchise companies offer a business model where pharmaceutical companies grant individuals or entities the rights to market and sell their products under the company’s brand name. These companies provide a ready-made platform with an established brand, product portfolio, and marketing support, reducing the risk for franchisees. The franchisee benefits from the parent company's research, development, and regulatory approvals, while focusing on sales and distribution in specific regions. This model is cost-effective, as it eliminates the need for manufacturing, and allows quick entry into the pharmaceutical market with lower investment and operational overheads.
The pharmaceutical industry has been experiencing a paradigm shift with the emergence and growth of pharma franchise compani…

DIA (Data-Independent Acquisition Proteomics) is an advanced mass spectrometry technique used for in-depth proteomics analysis. Compared with traditional data-dependent acquisition (DDA) methods, DIA technology offers higher coverage and quantitative accuracy in proteomics research, allowing researchers to more comprehensively analyze the proteins in a sample.
DIA (Data-Independent Acquisition Proteomics) is an advanced mass spectrometry technique used for in-depth proteomics analysis. Compared with traditional data-dependent acquisition (DDA) methods, DIA technology offers higher coverage and quantitative accuracy in proteomics research, allowing researchers to more comprehensively analyze the proteins in a sample. The core of DIA Quantitative Proteomics lies in its method of mass spectrom…

The implementation of AI in clinical trials is not only reducing the cost; it has its impact on many other areas of clinical trials as well.
Bringing innovative therapies to patients is a complex and time-consuming process. However, Clinical trials are getting notoriously more time-consuming and costly. But AI in clinical trials changing the game, offering a promising solution to these age-old clinical trial challenges. A recent study by Nature Digital Medicine revealed that AI-powered patient recruitment can slash clinical trial costs by 70% and expedite timelines by up to 40%. Beyond recruitment, AI transforms clinical data management, driving faster trial completion and quicker access to life-changing therapies. Key Benefits: Streamlined Data Management: AI automates da…

The integration of artificial intelligence (AI) in MedTech is a hot topic within the industry, with 90% of leaders eager to harness its potential. However, while it brings tremendous benefits, a recent MedTech AI report from Cognizant, in partnership with Microsoft, highlights a significant skills gap hindering the progress of the technology.
The integration of artificial intelligence (AI) in MedTech is a hot topic within the industry, with 90% of leaders eager to harness its potential. However, while it brings tremendous benefits, a recent MedTech AI report from Cognizant, in partnership with Microsoft, highlights a significant skills gap hindering the progress of the technology. Understanding the skills shortage MedTech leaders can take proactive steps to gain the necessary expertise to s…

While mRNA technology was popularized with the COVID-19 vaccine, its potential is far more expansive. Further research into mRNA technology could help provide treatments for cardiovascular diseases, genetic disorders, and even cancer.
mRNA technology — which stands for messenger RNA — is a groundbreaking method using genetic instructions to direct cells to produce specific proteins that can fight diseases. Its success was notable during the COVID-19 pandemic, which popularized the technology. However, mRNA technology holds immense potential in various medical fields beyond COVID-19, including cancer treatment, genetic disorders, cardiovascular diseases and more. Researchers are exploring its versatility to create personalized therapies, regenerative medicines and innovative treatments for v…

Pharmaceutical manufacturing is the industrial-scale synthesis, preparation, and production of pharmaceutical drugs, aiming to bring medications safely and effectively to the market. This intricate and highly regulated process involves a series of steps designed to ensure that every batch of drugs meets the requisite purity, quality, and strength standards to be used safely by patients.
Pharmaceutical manufacturing is the industrial-scale synthesis, preparation, and production of pharmaceutical drugs, aiming to bring medications safely and effectively to the market. This intricate and highly regulated process involves a series of steps designed to ensure that every batch of drugs meets the requisite purity, quality, and strength standards to be used safely by patients. Given the complexitie…

Here, we’ve provided a round-up of 14 of the top pharmaceutical and life sciences recruitment agencies in the UK in 2024.
Here, we’ve provided a round-up of 14 of the top pharmaceutical and life sciences recruitment agencies in the UK in 2024. Albion Rye Associates Albion Rye Associates creates bespoke recruitment processes that are thorough, professional, personable, and tailored to exactly what employers need. They ensure that every client and candidate receives the made-to-measure, personalised recruitment service that they want, need, and deserve through building long-term working relationships... Read the full article on PharmiWeb.Jobs.

Biologists play a crucial role in studying living organisms; understanding their structure, function, evolution, behaviour, and the interactions they have with each other and the environment. They explore the diversity of life, ranging from microscopic organisms to the largest mammals, utilising various scientific techniques such as molecular biology and genetics.
Biologists play a crucial role in studying living organisms; understanding their structure, function, evolution, behaviour, and the interactions they have with each other and the environment. They explore the diversity of life, ranging from microscopic organisms to the largest mammals, utilising various scientific techniques such as molecular biology and genetics. Their work helps in uncovering the complex processes that govern li…