Glutathione is
too big a molecule to enter the cells.
So if a person deficient in digestive enzymes consumes animal protein (meat, dairy, eggs, and fish) these animal proteins can't be properly digested and indigested and
too big molecules of protein enter the bloodstream where the immune system treats them as foreign proteins and start immune reaction and simultaneously decides to attack certain own body's proteins which look like those dietary proteins.
Not exact matches
However, while small
molecule drugs can cause unwanted side effects because they are easily absorbed in the body, protein drugs can have the opposite problem: they can be
too big.
But whole
molecules are still
too big for those scientists furiously at work on what they regard as the supersmall Next Big Thing: spintroni
big for those scientists furiously at work on what they regard as the supersmall Next
Big Thing: spintroni
Big Thing: spintronics.
This effect, however, is small because the wavelength of light is much longer than the size of a
molecule: the light's corkscrew is
too big to sense the
molecule's chiral structure efficiently.
Discovering
molecules like amino acetonitrile is a
big deal, because it's not easy for them to materialize in the extreme temperatures of space, says radio astronomer Anthony Remijan of the National Radio Astronomy Observatory in Charlottesville, Virginia: «
Too hot and they are destroyed, too cold and they can't form.&raq
Too hot and they are destroyed,
too cold and they can't form.&raq
too cold and they can't form.»
Elizabeth Grossman «Chasing
Molecules» — unseen chemicals going around the world, Pthalate Sex Changers for You, Toxic Chemicals in Your Home, Toxic Portfolio, Children's Chemical Burden, EPA Conflict,
Big Companies Re-Think PVC, Toxic Consumer Products, UK Pesticides and Prostrate Cancer, Waste in the Philippines, Toxic Arctic Orcas Are Us, DOW Nemagon Poisons the Third World, Arsenic in Drinking Water, Mad About Mercury, Toxic Time Bomb: Endocrine Disruptors,
too many more...
And even if it can pass through the stomach and intestines, it can not enter the cells where it is needed.The glutathione
molecule itself is
too big.
Collagen skin creams are a hoax, because the
molecules are
too big for the skin to absorb.
Without the help of insulin to open the cell doors, the glucose
molecule is just
too big to enter the various cells of the body.
As you say, convection uses up a lot of energy
too and also counters the idea of radiative heat transfer as a
big ticket item because «hot» CO2
molecules only remain so for a brief fraction of a second before they collide with N2 or O2 to warm that localised parcel of air; which then rises to attain equilibrium T somewhere higher and at a COLDER temp so no rad Transf!!!
The
bigger photons / particles / waves such as thermal infrared (near infrared is classed with visible as Light, Reflective, not Heat, Thermal), are
big enough and powerful enough to move the whole
molecule into vibration, it's
too big for electronic transitions.
It might help you if you had a few concepds in mind
too when considering this subject, like «space» is the
big energy «sink» with old sol (and the internal heat generating processes (including nuclear) of the earth) as sources... any mechanism that results in a delay of energy leaving earth, such as a «bounce - back» or a re-rad of energy (like back radiation) certainly is going to increase the «energy flux» in the system, and this in any way you want to frame the argument translates to a «higher» energy state, and a higher so - called temperature» (movement in matter, velocity of air
molecules or oscillations in certain «resonant
molecules) as well.