Not All Fat is Created Equal

 Not All Fat is Created Equal

As most of us emerge from winter hibernation with a little extra insulation around the mid-section, it is important to remember that not all fat is bad. White fat, or white adipose tissue (WAT), is the typical fat most people have heard of. It stores your energy in deposits that accumulate around the body. Excessive white fat leads to obesity and large amounts of white fat may also create a higher risk of heart disease, diabetes, and other diseases.

Brown fat, also known as brown adipose tissue (BAT), is a special type of fat that functions to maintain body temperature. Brown fat is the driving fuel behind metabolic rate and temperature resistance.

Dr. Zhiqiang Lin, an Assistant Professor at the Masonic Medical Research Institute (MMRI) and senior author, has successfully designed a new way to isolate brown fat cells for biochemistry applications. His team's work was published in JoVE.

Brown fat is made up of multiple cell types, complicating isolation due to contamination of unwanted cell types. Dr. Lin commented on his new method, “This technique will allow my lab, and the labs of other investigators, to more clearly study the relationship between brown fat cells and other cell types in BAT."

This new isolation technique will allow researchers to conduct higher quality biochemistry and genomic analyses on brown fat. Additional research in brown fat is set to understand the metabolic nature of brown fat use and development.

Image credit: redcharlie

More News

  • Researchers Propose New Regulations for Food Packaging Chemicals

    Scientists have proposed a new way to prioritize regulatory review of the more than 15,000 chemicals used in food packaging and other food contact materials, most of which currently lack the safety data needed to protect consumers. read more
  • Brain Activity Mirrors the Shape of Each Breath

    Each individual breath—not just breathing rate—is closely linked to the pattern of electrical activity in brain regions tied to cognition, emotion and memory, according to a new study that could help explain how breathing disorders turn deadly. read more
  • Body's Organs Age in Distinct, Synchronized Waves

    The human body doesn't age at a single, steady pace. Instead, each organ follows its own timeline, and organs that age quickly tend to have "aging partners" that speed up in sync, according to a new study that mapped structural aging across 40 types of tissue. read more