The Global Acute Lymphoblastic Leukemia Market Is Powered By The Increase In The Number Of Cancer Cases Among The Geriatric Population, Leukemia Research Development, And Rise In Consciousness Of Targeted Therapies Amongst The People Are Driving Acute Lymphoblastic Leukemia Growth Across The World.
Acute lymphocytic leukemia (ALL) is a blood and bone marrow cancer that affects the spongy tissue within bones and produces blood cells. It is most common in young children, and if treated early
The Global Personal Care Ingredients Market Is Powered By the Rising Urbanisation, An Increase In The Number Of Working Women, Evolving Diets, And Increased Awareness Of Grooming And Skin Care Are Driving Personal Care Ingredients Growth Across The World.
Personal care products have become an integral part of the consumers life in recent years. Shampoos, soaps, anti-aging skin creams, hair powder, sunscreen cosmetics, liquid soaps, moisturizing lotions, hair oil, and a variety of other produ
As per the report published by Market Research Store, global demand for 5G Industrial IOT market was valued at approximately USD 0.29 Billion in 2019, and is expected to generate revenue of around USD 17.68 Billion by end of 2026, growing at a CAGR of around 80% between 2020 and 2026.
In recent years, the rapid development and ubiquitous use of cellular technology has essentially revolutionized the field ofwork and connect, locally, globally and regionally. The technology that started with d
The Global Retail Analytics Market Is Powered By The Increasing Use Of Data Analytics By Integration Of Retail Analytics Platform With Emerging Technologies Such As Machine Learning (ML) And Artificial Intelligence (AI)
Retail analytics provides insights related to sales, customers, inventory, and other crucial aspects that are important for the decision-making process. It uses analytical tools to analyze business trends, performance, and patterns in the retail industry. Retail analytics too
Wageningen University researchers have lately developed a velcro-like fastener that too in a microscopic structure. The latestfasteneris designed like a tiny mushroomso as to help make advances in everyday consumers and also in scientific fields like robotics. The fastener is designed using soft materials to provide it with the necessary strength and flexibility. The study published in Biointerphasesclearly explains about the probabilistic fasteners functionality.
The current fastener is des
Currently, a team of metallurgists has been working toward making a pile of metals harder than expected. They are also trying to add in some flexibility, bending, twisting, and hammering or crushing between roller properties to the chunk of metal as well. The researchers are basically trying to achieve by breaking the metal structurein order to scrutinize the tiny crystals that form the entire metal piece. It is thus the small grains that help make the metal harder. The Brown University scient
Meat is one of the food products that majority of the people on Earth love to relish. Recently, a team of researchers from McMaster has created a new form of cultivated meat using a completely new method. Using the latest technique the researchers could add more natural texture and flavor to the meat other than the alternative methods used currently to manufacture meat. The researchers Alireza Shahin-Shamsabadi and Ravi Selvaganapathydecided to make meat by mounding thin sheets of in-vitro cul
The University of Cambridge, the University of Milan, and Google Research engineers have used machine learning tools to predict the role of proteins, especiallythe onesconcernedwith neurological diseases, in changing their shapes within microseconds. The proteins named amyloid beta that exist in the Alzheimers disease are found to avoid sticking together or forming any toxic clusters by bringing about an extreme alterations in their shape. With the help of the current study published in the jo
Researchers from Curtin University have discovered a new way of developing silicon. This material is commonly used in electronics such as cameras,phones, and computers. Traditionally, silicon are made at room temperature but the latest method used high temperature (heat) generated using electrical currents to trigger the necessary chemical reaction that can turn silica into silicon without any extra cost and zero impact on the environment. According to lead researcher Song Zhang from Curtins S
Researcher have recently stacked sheets of 2D nanomaterials like grapheneon top of each other and the gaps formed between these sheets are found to wide range application. The latest study published in the journal Nature Communications has a team from Brown University that has found ways to use the gaps termed as nanochannels for filtering water or other liquids with nanoscale contaminants. Lately, an entire new study has been launched against the spaces in between 2D nanomaterials. The resear