Medical White Papers

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Medical White Papers are in-depth articles aimed to educate and inform site visitors interested in medical research. Some of these papers are derived from sources where we have existing commercial relationships. Such articles are clearly labelled as sponsored content and are only accepted when the content is deemed to add value to the core editorial ethos of News Medical.

De-risking drug development: Using the power of Organ-on-a-Chip (OOC) to reduce liver injury

This article talks about how Organ-on-a-chip (OOC) could be used to develop safer drugs and reduce drug-induced liver injury (DILI).

From CN Bio 1 Aug 2024

Harnessing alveolar and bronchial microphysiological systems for respiratory disease research and therapeutic testing

This article explains the potential of using alveolar and bronchial microphysiological systems for research and treatment of respiratory diseases.

From CN Bio 1 Aug 2024

Using microphysiological systems to investigate fatty liver disease and drug-induced liver injury (DILI)

This article explains how microphysiological systems can be used for research on fatty liver disease and assessing the risk of drug-induced liver injury

From CN Bio 1 Aug 2024

Making drug discovery more efficient by using human organ models

Human Organ Models can be used for informed decision-making in drug discovery, enhancing its efficiency.

From CN Bio 1 Aug 2024

What are the sub-types of drug-induced liver injury (DILI)?

Drug-Induced Liver Injury (DILI) can be separated into two different sub-categories, intrinsic DILI and Idiosyncratic DILI. This article explains the differences.

From CN Bio 1 Aug 2024

Stable producer cell lines with 99.99% clonality & high recovery

This poster presents an optimized and validated workflow designed to develop stable producer cell lines with an assurance of over 99.99% clonality and high clone recovery rates.

From CYTENA GmbH 1 Aug 2024

Current trends in grinding and sieving technology

This article talks about the current trends in grinding and sieving technology.

From L.B. Bohle Maschinen und Verfahren GmbH 31 Jul 2024

Flexible and highly efficient dry granulation

This article talks about flexible and highly efficient dry granulation.

From L.B. Bohle Maschinen und Verfahren GmbH 31 Jul 2024

Tablet coating: Achieving optimal uniformity and flexibility

This article talks about achieving optimal uniformity and flexibility with tablet coating.

From L.B. Bohle Maschinen und Verfahren GmbH 30 Jul 2024

Advanced coating technology by L.B. Bohle

This article discusses advanced coating technology by L.B. Bohle.

From L.B. Bohle Maschinen und Verfahren GmbH 30 Jul 2024

Maximize efficiency with L.B. Bohle's advanced container blenders

This article talks about how to maximize efficiency with L.B. Bohle's Advanced Container Blenders.

From L.B. Bohle Maschinen und Verfahren GmbH 30 Jul 2024

How are in vitro lung models propelling drug discovery?

This article gives an overview of the increasing risk of respiratory diseases and how in vitro models can be used to advance drug discovery and preclinical testing.

From CN Bio 30 Jul 2024

Accelerating next-gen sequencing (NGS) research capabilities

Next-generation sequencing (NGS) of formalin-fixed, paraffin-embedded (FFPE) derived nucleic acids is a vital part of clinical research, but there are still many challenges associated with using FFPE samples for downstream analysis.

From BioIVT 22 Jul 2024

$Characterizing the response of tumours to fractionated radiotherapy and immune checkpoint inhibitors$

Characterizing the response of tumours to fractionated radiotherapy and immune checkpoint inhibitors

Characterizing the response of tumors to fractionated radiotherapy and immune checkpoint inhibitors

From ELRIG (UK) Ltd. 17 Jul 2024

How can the quality and performance of wearable medical technology be ensured with innovative non-destructive methods for IP67 products?

This article discusses how the quality and performance of wearable medical technology can be ensured.

From PAC L.P. 15 Jul 2024

MDC chemical protein stability assay (CPSA) a novel target engagement approach

Methods to rapidly determine ligand target engagement are valuable tools in drug discovery. Developing a straightforward platebased assay workflow allows compatibility with HTS settings. MDC has developed a proprietary lysatebased chemical protein denaturation technology to confirm cellular protein target engagement by monitoring compound binding induced stabilisation in a simple, automationfriendly, scalable, costeffective assay. The Chemical Protein Stability Assay (CPSA) is a simplified single well, platebased workflow without plate transfer, suited to compound screening and hit finding and is compatible with multiple assay endpoints. The patent pending technology does not require labelling of a tracer ligand or modification of the target protein. The use of cell lysate fits well with largescale applications where confounding cellular permeability effects are not desirable at early hit ID, while also avoiding issues with largescale protein purification. The simplicity of the workflow and reagents reduces assay variability and produces consistent data. CPSA is broadly applicable to a widerange of cellular targets.

From ELRIG (UK) Ltd. 15 Jul 2024

Medical White Papers

De-risking drug development: Using the power of Organ-on-a-Chip (OOC) to reduce liver injury

Harnessing alveolar and bronchial microphysiological systems for respiratory disease research and therapeutic testing

Using microphysiological systems to investigate fatty liver disease and drug-induced liver injury (DILI)

Making drug discovery more efficient by using human organ models

What are the sub-types of drug-induced liver injury (DILI)?

Stable producer cell lines with 99.99% clonality & high recovery

Current trends in grinding and sieving technology

Flexible and highly efficient dry granulation

Tablet coating: Achieving optimal uniformity and flexibility

Advanced coating technology by L.B. Bohle

Maximize efficiency with L.B. Bohle's advanced container blenders

How are in vitro lung models propelling drug discovery?

Accelerating next-gen sequencing (NGS) research capabilities

Characterizing the response of tumours to fractionated radiotherapy and immune checkpoint inhibitors

How can the quality and performance of wearable medical technology be ensured with innovative non-destructive methods for IP67 products?

MDC chemical protein stability assay (CPSA) a novel target engagement approach

AR/VR innovations: Transforming healthcare through advanced technologies

The pivotal role of recombinant antibody technology in advancing biopharma: Past achievements and future prospects

Innovations in healthcare: The transformative power of medical optics

Optical Coherence Tomography (OCT) in medical imaging: Capabilities and key applications

Advancing brain microphysiological systems (bMPS)

PhD researcher at LifeArc

Unveiling Hidden Potential: Organoids for Disease Modeling in Neuroscience Research

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