How alive are your cells? New cell scale measures how much “life” weighs; the BMI scale is really out of date now

Kamikaze cells - How alive are your cells? New cell scale measures how much “life” weighs; the BMI scale is really out of date now
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(Health News) The current medical standard that determines one’s ideal weight (the BMI scale) is outdated and dismisses more important indications of good health, such as the energy production of trillions of cells throughout the body. The narrow-minded body mass index scale dictates the appropriate weight for people in relation to their height, but this method of weight measurement does not consider the healthy “life mass” of the individual cells that makeup the blood, organs and tissues. Furthermore, the BMI scale doesn’t account for the distribution of cells across different body types, bone structures, blood volume and the fluctuation in mass that takes place when the cells interact with different nutrients and toxins.

Kamikaze cells - How alive are your cells? New cell scale measures how much “life” weighs; the BMI scale is really out of date now

The body is made up of trillions of cells and potentially trillions of microbial cells. The weight and life of those cells fluctuates in accordance with changes in the cell cycle and changes of the human microbiome. For example, exercise boosts the total number and diversity of gut microbe cells; antibiotics destroy these good microbe cells. These fluctuations in cell weight, when multiplied by the trillions, can alter the weight of the total person, moment to moment. Cells can be more or less dense from person to person and these changes fluctuate due to the health of the cell membrane and the life and duration of its cycles. In short, the health of these cells and their energy production should be what’s most important, not just the weight of a person.

Newly-invented scale measures the life and mass of individual cells

Professor Daniel J Müller, in collaboration with Christoph Gerber and Sascha Martin from the University of Basel and Jason Mercer from University College London have developed a new scale that measures the mass of living cells and tracks their weight changes in real time. This high resolution scale measures accurately to the trillionth of a gram and follows the cell cycle at the millisecond level. The new cell culture chamber activates a thin, microscopic, transparent silicon cantilever. Coated with collagen, this weighing arm dips down to the floor of the chamber and retrieves a cell. As the cell hangs on the underside of the weighing arm, a pulsing blue laser is activated at a fixed point on the end. An infrared laser is then applied, measuring the oscillations where the cell hangs. The cell’s mass is calculated by differentiating the oscillations measured with and without the cell.

Researchers now able to study weight fluctuations relative to cell cycles changes

The new scale doesn’t stop with the cell’s weight measurement. A computer is used to chart the cell’s ever-changing weight in relation to changes that occur in the cell cycle. The weight fluctuations in the cell cycle can be measured day to day, hour to hour or as precise as the millisecond.

The cell culture can then be mounted on the object plate of a high performance fluorescence microscope so the internal processes of the cell can be studied. This allows researchers to monitor when the cell’s weight changes in accordance with specific changes during the cell cycle. For example, the cell’s weight changes during cell division. Various substances that enter the body interact with cells in different ways, causing changes in the cell’s mass. When viruses interact with cells, the mass can change quickly. The weight fluctuation stops only when the cell dies off. “We established that the weight of living cells fluctuates continuously by about one to four percent as they regulate their total weight,” says researcher Martínez-Martín. “A cell’s mass is a very good indicator of its physiology.”

Instead of relying on the narrow-minded weight generalization of the BMI scale, future health measurements will monitor the health of cellular cycles throughout the body. The mass of the cells will be important in relation to healthy processes within the cell. After all, it is cellular health that matters most, not some broad generalization scale that classifies the whole person as overweight and/or obese.

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My grandmother was a herbalist. She taught me how to mix herbs to cure ailments. I grew up with her from the age of 15 years old. I was going to school  and at the same time returned to her shop of herbs learning different kinds of mixture of herbs and also their names. I have been involved in herbal mixture and I also used it to cure a lot of people who orthodox medicine could not cure even though a lot of people have abused herbal medicine. Selling herbal mixture, popularly called agbo, has also been a great source of income to me and my family. Why I Started This Home Remedies Blog As an educated herbalist , i have been into these work for some years now which  I have help so many peoples. One good-day  i thought about people who are not benefit from these like those outside the Nigeria or peoples who are shame  to seek for a herbalist. Then i decides to create a website so as they can contact me and i would gladly help them. I began this blog in 2017 out of a desire to share my passion for herbs and natural living with others. Above all, am a Muslim and am thankful for the daily love and grace Allah bestows me. I’m glad you’ve visited me here at my home on the web and hope you will join me as I continue down the road to healthier living and my mission to help peoples across the nation! Let’s Connect I would love to connect with you!  Feel free to subscribe to receive free regular post updates in your inbox!  Also, you can find me on facebook, twitter,

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