Search results for: 'pace screening'

Organ-on-a-chip technology involves the incorporation of microphysiological systems harboring dynamic living 3D organoids, tissue-culture, or cell cultures on a microfluidic platform. The physiologically relevant Organ-chip models offer a better and more precise insight to the possible in vivo effects of drugs in the human body. The flexibility of ...

Clinical diagnostics is undergoing a radical shift, driven by omics integration for precision health, digital diagnostics services, and smart screening solutions. Digital diagnostics are streamlining data analysis and communication, and enhancing overall efficiency. Smart screening, powered by AI and machine learning, is ensuring early and accurate...

This study explores the transformative potential of organoid technologies in advancing cancer research, precision medicine, and drug discovery. Organoids—3D cell culture systems derived from patient tumors—preserve tumor heterogeneity and provide physiologically relevant models for studying cancer biology, therapeutic response, and resistance mecha...

This research service offers a comprehensive analysis of the global genetic testing industry (specifically, germline genetic testing, which analyzes inherited genetic variations present in an individual from birth and can be passed to offspring). The industry growth is driven by a shift towards preventive care, rising maternal ages, increasing gove...

03 Oct 2022  |  Global  |  Market Research

Global Prenatal Genetic Testing—Forecast to 2026

Innovation Culture in Screening Drives Prenatal Genetic Testing Growth and Makes it Accessible to More Patients

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New technological advances in prenatal genetic testing include the enhancement of the next-generation sequencing (NGS) technology, chromosomal microarray analysis (CMA) tool, and PCR TaqMan. These improve precision and specificity in genome profiling, augment the efficiency and reliability of testing, and streamline workflow. The study will help...

20 Aug 2024  |  Global  |  Technology Research

Technological Advances in Regenerative Medicine

Disruptive Technology and a Competitive Landscape Drive Growth in Stem Cell Therapy Research

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Regenerative medicine has evolved significantly and today includes several commercialized stem cell therapies. Researchers have made notable technological developments in stem cell therapies to overcome challenges related to large-scale manufacturing and cell quality. Stem cell research is more focused on induced pluripotent stem cells than on mese...

The biopharma industry has been evolving over the past few decades. This study analyses the top ten trends that will impact the future of the biopharma industry through 2040.The future of biopharma will be driven by innovation in AI and ML, particularly generative AI, and by advancements in translational medicine and synthetic biology. Future clini...

Microbiome science has become a key area of research for biopharmaceutical companies. At present, there are multiple start-ups emerging, which are focusing their resources towards the development of novel therapeutics as well as diagnostic/screening technologies and services. In an era of personalized medicine, the current trajectory of growth witn...

Women’s health is moving beyond single-condition apps and episodic visits toward connected care that follows each life stage—from adolescence to pregnancy and postpartum, through perimenopause and healthy aging. What makes this feasible now is the convergence of policy tailwinds (e.g., expanded postpartum coverage), AI+ at-home diagnostics (earlie...