Search results for: 'push growth changes'

An increasing focus on biologics, genomics, and multi-omics; the adoption of digital technologies; and a shift to patient-centric models are transforming the life sciences industry. At the same time, the emergence of value-based models, R&D activities to treat complex diseases, and healthcare consumerism provide an impetus to precision medicine. Wi...

This study analyzes the in vitro fertility (IVF) services market across the globe. With infertility rates increasing across the world, assisted reproductive technologies (ART), including IVF, are gaining prominence. With technology advancements, the IVF process has undergone several modifications, with mainstream service providers such as fertility...

The United States spends more than $3 trillion—nearly 18% of GDP—on healthcare, a massive sector. Healthcare value chain participants face dynamic environments that several trends impact, including the rise in the aging population (16.9% in 2020); chronic disease burden; regulatory challenges; integration across the care continuum; migration to val...

Interest in the microbiome as a science and industry has exploded over the past decade. Innovations are happening across 3 significant categories for human health benefits: microbiome-based therapeutics, over-the-counter (OTC) dietary supplements, and self-diagnostics/screening. The OTC market is the largest because of the lack of precise regulatio...

Today, the journey of starting a family does not look the way it did fifty years ago, and people are turning to fertility services for help. 1 in 8 couples in the United States experience pregnancy-related difficulties that fertility treatments can address. Key market drivers include the increasing rate of obesity causing deterred ovulation in wom...

Accelerated reforms due to COVID-19 and technologically advanced sample-in-answer-out portable, web-connected, encrypted devices that provide results in a few minutes changed the diagnostic healthcare industry. Decentralized testing empowers clinicians to make lifesaving decisions for the patient. It shortens supply chain lag time, saves costs of i...

Healthcare is rapidly becoming patient-centric, focusing on outcomes and value. This offers clinical diagnostics players opportunities to advance their instrument, assay, and informatics capabilities to address unmet clinical needs and increase the precision diagnostics portfolio. Advances in next-generation sequencing-based companion diagnosti...

Clinical genomics regained significance during the pandemic with the development of the mRNA COVID-19 vaccine, and several non-invasive at-home test kits; an unprecedented feat in recent times. Genomics will take center stage, as large genome sequencing and research will continuously create data for new therapeutics. Artificial Intelligence (AI) an...

In 2003, the first human genome sequence was produced, with a production cost between $500 million and $1 billion. However, since 2008, when next-generation sequencing (NGS) approaches entered the research setting, there has been a significant decline in sequencing costs. These approaches allow either the whole genome (via whole-genome sequencing [...