「respiration」の共起表現(2語左で並び替え)

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「respiration」の共起表現一覧(2語左で並び替え)

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uring the normal phases of aerobic cellular	respiration.
This allows cellular	respiration (aerobic respiration since the mitochondrio
In anaerobic (and also aerobic)	respiration, organisms channel electrons from an electr
bunits and is involved in anaerobic nitrate	respiration.
ler publishes Experiments in the Anatomy of	Respiration.
In both aquatic and terrestrial	respiration, the exact mechanisms by which neurons can
uffering from bradycardia and Cheyne-Stokes	respiration.
and rhythm is called eupnea, and difficult	respiration is termed dyspnea.
rial permeability pore opening and inhibits	respiration by interfering with complex I of the respir
of indole acetic acid (auxin) and anaerobic	respiration (alcoholic fermentation).
ep apnea by lowering blood pH and encourage	respiration.
e detection of muscle contraction, and that	respiration is adapted as a consequence of muscular con
Main article: Anaerobic	respiration
Main article: Aerobic	respiration
many important phenomena, such as cellular	respiration, corrosion, and industrial chemistry.
al Researches on Vegetable Assimilation and	Respiration, viz: - 'On a New Method for investigating
lude creating a current, assisting feeding,	respiration and helping to dispose of waste and detritu
reduces their stimulus to breathe, causing	respiration to slow (hypoventilation), and allowing car
They have bursae for	respiration and excretion, dorsal and ventral arm shiel
ur reduction or organotrophically by sulfur	respiration or by fermentation.
dioxide concentration (produced by cellular	respiration) when compared to bicarbonate buffers, whic
n, Keeling attributed the diurnal change to	respiration from local plants and soils, with afternoon
Lecture 6: Carbon or Charcoal - Coal Gas	Respiration and its Analogy to the Burning of a Candle
ygen and increases its concentration, while	respiration consumes it and decreases its concentration
Voluntary control of	respiration is provided via the cerebral cortex, althou
the PRG results in an increase in depth of	respiration and a decrease in respiratory rate.
here he and Wilbur Olin Atwater developed a	respiration calorimeter which for human beings confirme
chemical energy is generated during aerobic	respiration.
his electron transport chain during aerobic	respiration.
oxygen free radicals produced during normal	respiration would cause cumulative damage which would e
in the absence of oxygen as during aerobic	respiration a cell converts an energy source into ATP,
as heat into the environment (an effect of	respiration) and some being lost as incompletely digest
tension and while it has minimal effects on	respiration in pigs, high doses in humans can cause res
of the blood in the lungs is essential for	respiration.
of the blood in the lungs is essential for	respiration
ater industry for facultative microorganism	respiration.
For feeding and	respiration, S. insignis reportedly passes 70 ml/hr/g a
Pasteur originally defined fermentation as	respiration without air.
on, Combustion, Fermentation, Putrefaction,	Respiration, and other subjects of Chemical Philosophy,
ermanent contraction which makes flying and	respiration impossible, and the insects then die of asp
edal of the Franklin Institute 1898 for the	respiration calorimeter
ls and fungi, and used as fuel for cellular	respiration.
The source of the hydrogen needed for their	respiration comes from the decomposition of water by ra
ounding heart, cold/clammy hands, increased	respiration, sweating, etc.) are significantly reduced,
teric fruits refer to fruits that have high	respiration rate during the fruit's ripening.
He discovered	respiration by plant roots and investigated the effect
supports core body temperature, heart rate,	respiration rate and skin temperature.
can detect the beating of a human heart or	respiration from long distances.
hms that extend well beyond basic heart and	respiration rate monitoring.
Trioses are important in	respiration.
re he performed experiments in temperature,	respiration and weight.
agulation leads to an increase in bacterial	respiration since more food is available to them .
In cell	respiration, the pump actively transports protons from
not hyperpnea and Apnea as in Cheyne-Stokes	respiration) with a crescendo-decrescendo pattern in th
of roles in biochemistry including cellular	respiration, in the form of both the energy-rich adenos
ct, a storm at sea could increase bacterial	respiration by up to 36 fold for two to four hours.
experiments especially to indicate cellular	respiration.
The compound inhibits eukaryotic	respiration by targeting the mitochondrial NADH:ubiquin
cells showed that lonidamine inhibits both	respiration and glycolysis leading to a decrease in cel
Also, the inspiration during	respiration provides a suction pressure within the lume
heir absence of lungs; they instead achieve	respiration through their skin and the tissues lining t
y oxygen is lost from the atmosphere is via	respiration and decay, mechanisms in which animal life
Sp5 McWethy gave the wounded man artificial	respiration but suffered a fourth and fatal wound.
anatomical description of the mechanism of	respiration - preceded Priestley and Lavoisier by a cen
Buccal pumping is a method of	respiration in which the animal moves the floor of the
xygen as low as 7.5 ppm), and its method of	respiration produces water as a byproduct.
The principal method of	respiration was probably buccal (gulping air through mo
elocity and force of chest movements during	respiration.
stimulate the breathing muscles, improving	respiration.
usculature of the oral mechanism needed for	respiration, phonation, resonance, articulation, and or
m reduces DO saturation during the night by	respiration.
Two examples of cellular	respiration creating cellular waste products are aerobi
Schafer's Method of artificial	respiration is named for him.
cellular molecules, inhibition of cellular	respiration
Specific types of anaerobic	respiration are also used to convert toxic chemicals in
The lack of aerobic	respiration means that the lens consumes very little ox
generates acetate as a product of anaerobic	respiration.
It is an inhibitor of cellular	respiration by blocking the respiratory chain at comple
n to produce energy as a result of cellular	respiration.
chemist who pioneered the study of cellular	respiration.
te dehydrogenase complex as part of aerobic	respiration.
Cyanide is a potent inhibitor of cellular	respiration, acting on mitochondrial cytochrome c oxida
Organisms capable of aerobic	respiration metabolize glucose and oxygen to release en
microbial metabolism as a part of anaerobic	respiration.
ducts are formed as a byproduct of cellular	respiration, a series of processes and reactions that g
) or broken down for the release of energy (	respiration).
e Desulfomonadales are capable of anaerobic	respiration utilizing a variety of compounds as electro
cells is microoxic as a result of increased	respiration, inactivation of O2-producing photosystem (
lism of life depended on a form of cellular	respiration that did not require oxygen.
Tissues that mainly depend on aerobic	respiration, such as the central nervous system and the
ling and various hormonal treatments on the	respiration, metabolism, and survival of sperm in anima
of Saccharose by Sucrase and On Endospermic	Respiration in Certain Seeds.
ical condition, in a coma and on artificial	respiration.
norganic compounds for aerobic or anaerobic	respiration.
the citric acid cycle to carry out cellular	respiration, and this complex links the glycolysis meta
it can provide the bacteria with oxygen for	respiration.
ilkinson as to identity of the phenomena of	respiration in Swedenborg and Harris.
Photosynthesis and	Respiration formulation
The indicator is used in photosynthesis and	respiration experiments to find out whether carbon diox
f laryngeal electromyography, physiology of	respiration and voice production, genetic factors in vo
The production to	respiration ratio is larger in this section and amounts
She had no pulse or	respiration, and died in the emergency room later that
Pulse and	respiration rates decrease significantly, but fast hear
oductivity than results from purely aerobic	respiration.
Toxicity of the Heavy Metals in Relation to	Respiration, in 1925.
ch as growth, reproduction, photosynthesis,	respiration, or movement, or in the physiology of a cer
An MRC (Medical Research Council)	respiration and metabolism project, devised to identify
The imbalance arises mainly as a result of	respiration in plants and in animals.
connection with the mouth, nor any role in	respiration.
ially from the prior scourging), inadequate	respiration, and strenuous physical exertion, leading t
s of the coelom of Asteroidea that serve in	respiration and waste removal.
ria gather mostly at the top, since aerobic	respiration is the most beneficial one; but as lack of
Any of the speech subsystems (	respiration, phonation, resonance, prosody, and articul
g low oxygen levels as the main stimulus of	respiration (hypoxic drive).
Recent studies suggest that	respiration on low concentrations of oxygen is an ancie
e sufferer will have a high temperature and	respiration rate and a low blood pressure.
fect is an inability to increase the cell's	respiration and consequent failure to deliver activated
ple for public health is the organochloride	respiration of the dry-cleaning solvent, tetrachloroeth
methane which is then released through the	respiration of the rice plant or through diffusion of w
ans to work more efficiently thus improving	respiration, digestion and elimination.
n motor planning) that affect the timing of	respiration, phonation, prosody, and articulation in is
me vacuum beds use a gas mask to facilitate	respiration.
rway into the insect's thorax to facilitate	respiration.
Due to thermodynamics,	respiration removes the lighter - hence more reactive -
ecially tracheal and endotracheal tubes for	respiration after surgery in the mouth or throat, and d
otaxic center is involved in fine tuning of	respiration rate.
n the presence of oxygen, cells use aerobic	respiration to obtain energy from glucose molecules.
plankton, but is now thought to be used for	respiration.
of the glucose is metabolized via anaerobic	respiration.
ns this is constantly performed via aerobic	respiration in the mitochondria.
anges take place in several ways, including	respiration, transpiration, combustion, and decompositi
organ in certain molluscs, linked with the	respiration organ.
s typically associated with microaerophilic	respiration.

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