2018-2025 Medical Computer Assisted Coding Solutions Report on Global and United States Market, Status and Forecast, by Players, Types and Applications

Summary

This report studies the global Medical Computer Assisted Coding Solutions market, analyzes and researches the Medical Computer Assisted Coding Solutions development status and forecast in United States, EU, Japan, China, India and Southeast Asia. This report focuses on the top players in global market, like
3M Company
Optum, Inc.
Nuance Communications, Inc.
Cerner Corporation
Mckesson Corporation
Dolbey Systems, Inc.
Artificial Medical Intelligence, Inc.
Craneware PLC.
Athenahealth, Inc.
Streamline Health Solutions, Inc.
Trucode
Mmodal
Quest Diagnostics Incorporated
EPIC Systems Corporation
Precyse Solutions, LLC (Nthrive, Inc.)

Market segment by Regions/Countries, this report covers
United States
EU
Japan
China
India
Southeast Asia

Market segment by Type, the product can be split into
Standalone Computer Assisted Coding Software
Integrated Computer Assisted Coding Software

Market segment by Application, the market can be split into
Hospitals
Physician Practices
Clinical Laboratories
Academic Medical Centers
Others

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Mapping 3D Genome To Go Beyond Sequencing

So far, 3D genomics has dealt with the regulation of specific genes, working with cells grown in a lab. However, this is on a road to change with a 3D map created by scientists from St. Jude Research Hospital. It shows insights into genomic organization and function when development happens. This will help in understanding how cells respond to factors like diseases and stress. The journal Neuron has published the report. The data is also available on St. Jude Cloud, the hospital’s data-sharing resource platform. The 3D genomic map of the mouse cerebellum focuses on how the 8000 plus genes switch on and off during retinal development. The scientists, therefore, directed attention to light-sensing rod cells. They are, now, studying neural circuits in the retina. Scientists used data from a number of sources in an integrated manner, using machine learning. With that, they demonstrated that change in the genomic organization is not random. Instead, it is part of the overall development program. It is important to note here that changes are therefore different in different stages. They also used Hi-C analysis, also called ultra-deep chromosome conformation capture. The technology aided in figuring out interactions in these cells.

HiPERCAM Helps Predict The Evolution Of Ancient Stars

Scientists from the University of Sheffield have uncovered a new path to study ancient stars, neutron stars, white dwarfs, and black holes. The new path helped explain the evolution of ancient stars recently, thanks to a high-speed, multicolor camera technology. The technology known as HiPERCAM snaps over 1000 pictures per second. This capability allowed the team to measure both the radius and the mass of a cool subdwarf star, in a first attempt of its kind. Using the large terabytes of data from the research, the researchers verified the prevalent stellar structure model. The model describes the internal structure of a star in detail. However due to technology limitations, scientists could only capture a single picture every few minutes.

Global market for release coatings will witness an upward growth trajectory in the next few years

The global market for release coatings continues to advance at a healthy pace as demand for these coatings across industries such as food and bakery, hygiene, and medicine and healthcare remains strong. The market has witnessed the emergence of a number of new players in the past few years owing to the steady rise in growth opportunities from conventional applications as well as a good rise in new application areas. Owing to the vast rise in competition, companies are being compelled to plough in more resources in the development of innovative products to serve the dynamically changing consumer demands in a better way. The overall global demand for release coatings comprises a large share of contribution from the labels industry. Release coatings are used in labels owing to their vast advantages in primary as well as secondary labels. The high tensile strength of release coatings along with their high resistance to wear and tear allow them to be used across all varieties of labels efficiently.