Sentences with phrase «changes in the cell membrane»

Consisting of long, sugar - decorated molecules called glycoproteins, the coating causes physical changes in the cell membrane that make the cell better able to thrive --- leading to a more lethal cancer.

(Don't worry about that either - soreness is due largely to calcium permeability changes in the cell membrane and isn't necessary for muscle growth anyway).

In addition to the above mood and anxiety roller coaster, sugar causes changes in our cell membranes, in our arteries, our immune systems, our hormones, and our gut, as I discuss here.

In addition to the above mentioned mood and anxiety rollercoaster, sugar causes changes in our cell membranes, in our arteries, our immune systems, our hormones, and our gut.

Not exact matches

Also there is evidence of molecular mechanisms in the cell membranes that can amplify small changes in the field to produce large changes in neural activity.13 On the other hand, earlier tests of Kohler's theory found that interference with electrical gradients over the cortex had no effect on behavioral measures (see note 11 for reference to these studies).

The researchers succeeded in changing the DNA of the E coli bacteria in such a way that the substance CB [8](a small molecule of two nanometres in size with a namederived from the resemblance of this molecule with a pumpkin of the family of Cucurbitaceae) attaches to a protein on the cell membrane.

Changes to the properties of the lipid bilayer component of the cell membrane can alter the function of proteins embedded in the membrane — proteins that regulate critical functions such as transport of materials in and out of the cell and communication with other cells.

In new research, published in an article in The Journal of Neuroscience, Burger and Oline — along with Dr. Go Ashida of the University of Oldenburg in Germany — have investigated auditory brain cell membrane selectivity and observed that the neurons «tuned» to receive high - frequency sound preferentially select faster input than their low - frequency - processing counterparts — and that this preference is tolerant of changes to the inputs being receiveIn new research, published in an article in The Journal of Neuroscience, Burger and Oline — along with Dr. Go Ashida of the University of Oldenburg in Germany — have investigated auditory brain cell membrane selectivity and observed that the neurons «tuned» to receive high - frequency sound preferentially select faster input than their low - frequency - processing counterparts — and that this preference is tolerant of changes to the inputs being receivein an article in The Journal of Neuroscience, Burger and Oline — along with Dr. Go Ashida of the University of Oldenburg in Germany — have investigated auditory brain cell membrane selectivity and observed that the neurons «tuned» to receive high - frequency sound preferentially select faster input than their low - frequency - processing counterparts — and that this preference is tolerant of changes to the inputs being receivein The Journal of Neuroscience, Burger and Oline — along with Dr. Go Ashida of the University of Oldenburg in Germany — have investigated auditory brain cell membrane selectivity and observed that the neurons «tuned» to receive high - frequency sound preferentially select faster input than their low - frequency - processing counterparts — and that this preference is tolerant of changes to the inputs being receivein Germany — have investigated auditory brain cell membrane selectivity and observed that the neurons «tuned» to receive high - frequency sound preferentially select faster input than their low - frequency - processing counterparts — and that this preference is tolerant of changes to the inputs being received.

Their classification changed in the 1970's after extreme differences were found in the way they replicate DNA and in the structure of their cell membrane.

Research suggests that very scarce chemical cues can trigger physical changes in the cell, including remodeling the plasma membrane and recruiting cytoskeletal machinery, to transform the dichty from a fat, happy cell to an elongated cell with a distinct front and rear end, ready to migrate.

Genetic changes have resulted in two proteins that typically span the membrane of red blood cells (GYPA top, GYPB middle) fusing into a single hybrid (Dantu, bottom).

Almost immediately, the fluorescence emitted by the cells changed: Right along the cell membranes, the intensity of the fluorescence decreased, which indicated (counterintuitively) that the temperature was rising in that locus and nowhere else in the cell.

Voltage - dependent potassium ion (K +) channels (Kv channels) conduct K + ions across the cell membrane in response to changes in the membrane voltage, thereby regulating neuronal excitability by modulating the shape and frequency of action potentials.

They discovered that earwax type was determined by a change in just one DNA nucleotide in a gene called ABCC11, which was previously found to code for a protein involved in transporting molecules across cell membranes.

These interactions trigger a conformational change in gp41, causing a pH - dependent fusion of the viral and the host cell membranes and thus the delivery of the viral payload.

It exhibits a number of features similar to a cell membrane — like changing its thickness in response to the presence of salt.

These interactions lead to a conformational change in the viral TM protein gp41, causing a pH - dependent fusion of the viral and the host cell membranes and the delivery of the viral payload [15 - 18].

Kyoto University cell biologists wanted to find out if «flipping» enzymes belonging to the P4 - ATPase family were involved in inducing cell membranes to change shape.

ATP10A flips the lipid phosphatidylcholine from the outer to the inner layer of the cell membrane, causing a small change in its curvature.

They spent those years examining and crossing off other factors for the change in fluorescence, such as pH, cell concentration and the voltage across cellular membranes.

In this case, soraphen A's inhibition of ACC changed the lipid composition of the endothelial cell membranes and had other effects that ultimately prevented the cells from migrating as usual.

Researchers have answered an important question in biology by discovering the exquisite mechanism by which channels in the cell membrane sense voltage changes that trigger them to snap open or slam...

That change now allows blue light to open gate - like channels in the cells» outer walls, or membranes.

In addition, the DHA and EPA found in fish oil have a powerful ability to enhance the metabolism and increase fat burning by positively altering the gene functioning through various mechanisms which include changing the makeup of cell membranes, altering the transcription of genes and influencing the levels of calcium within the cellIn addition, the DHA and EPA found in fish oil have a powerful ability to enhance the metabolism and increase fat burning by positively altering the gene functioning through various mechanisms which include changing the makeup of cell membranes, altering the transcription of genes and influencing the levels of calcium within the cellin fish oil have a powerful ability to enhance the metabolism and increase fat burning by positively altering the gene functioning through various mechanisms which include changing the makeup of cell membranes, altering the transcription of genes and influencing the levels of calcium within the cells.

We believe that this 10 - lipid phospholipid biomarker panel reflects the breakdown of neural cell membranes in those individuals destined to develop advanced moderate cognitive impairment or Alzheimer's disease and may mark the transition between preclinical states where synaptic dysfunction and early neurodegeneration give rise to subtle cognitive changes.»

A lipid exchange can reverse age - related changes in the lipid membrane composition, thus rejuvenating all cells.

In animal studies, the fat ratios in cell membranes change over a period of months when PUFA and SFA / MUFA are switcheIn animal studies, the fat ratios in cell membranes change over a period of months when PUFA and SFA / MUFA are switchein cell membranes change over a period of months when PUFA and SFA / MUFA are switched.

Excitable cells, such as skeletal muscle and nerve cells, contain voltage - dependent calcium channels in their cell membranes that allow for rapid changes in calcium concentrations.

The receptors on the cell membranes change when the body shifts from burning sugars to burning ketones (for example, MCT - 1 receptor in the brain gets activated when ketones are present).

The plant contains grayanotoxin, a toxin that binds to sodium channels in cell membranes and changes the permeability.