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That is, transmembrane proteins span from one side of a membrane through to the other side of the membrane.
Transmembrane proteins span the entire plasma membrane.
entails
The Seven-Transmembrane Spanning Topography of the Alzheimer Disease-Related Presenilin Proteins in the Plasma Membranes of Cultured Cells.
Transmembrane proteins span the entire plasma membrane.
neutral
The hormone signal goes through transmembrane receptors at the plasma membrane and proceeds through intermediary G-proteins that stimulate adenylyl cyclase.
Transmembrane proteins span the entire plasma membrane.
neutral
The phosphorylation is carried out by the JAK protein kinase which itself is activated by binding to a transmembrane receptor in the plasma membrane of cells.
Transmembrane proteins span the entire plasma membrane.
neutral
These transmembrane proteins facilitate water passage through the membranes.
Transmembrane proteins span the entire plasma membrane.
neutral
They are integral membrane proteins characterized by seven hydrophobic domains, predicted to represent transmembrane (TM) spanning regions.
Transmembrane proteins span the entire plasma membrane.
neutral
Transmembrane region The region of a transmembrane protein that actually spans the membrane.
Transmembrane proteins span the entire plasma membrane.
entails
purification of transmembrane and membrane-associated proteins;
Transmembrane proteins span the entire plasma membrane.
neutral
Neutrophils provide the first line of defense against invading foreign bodies and organisms, and lymphocytes are believed to form antibodies, a function shared with plasma cells.
Neutrophils provide an early, rapid, and nonspecific defense against invading pathogens.
entails
A colony in biology refers to a life-style or habit where members of the same species live together.
A colony refers to a group of individual organisms of the same species that live closely together.
entails
In biology, a colony refers to individual organisms of the same species living closely together, usually for mutual benefit, such as stronger defense or the ability to attack bigger prey.
A colony refers to a group of individual organisms of the same species that live closely together.
entails
A possible trigger for activation is phosphorylation by cyclin A-Cdk, which functions before cyclin B1-Cdk in the cell cycle.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
Cyclin A2 belongs to the cyclin family, whose members regulate cell cycle progression by interacting with CDK kinases.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
entails
In addition to D-type cyclin-cdk complexes, cyclin E-cdk2 has also been implicated in the regulation of cell cycle progression through the G 1 phase.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
Note that in the cell cycle organization diagram , the Cdk is not explicitly shown, and only cyclins are assigned functional activities;
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
Ras links growth factor signaling to the cell cycle machinery via regulation of cyclin D1 and the Cdk inhibitor p27KIP1.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
The Pho85 kinase, a member of the yeast cyclin-dependent kinase (Cdk) family, has a regulation mechanism different from Cdks functioning throughout the cell cycle.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
The cyclins are periodically expressed during the cell cycle and upon binding to a CDK induce structural rearrangements that are both necessary for CDK catalytic activity and also help to determine its substrate specificity.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
The proteins involved in the Pho pathway include a cyclin (Pho80), CDK (Pho85), and CDK inhibitor (Pho81), proteins belonging to a family previously thought to be used exclusively to regulate the eukaryotic cell cycle.
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
cyclins and cell cycle regulation;
Cyclins regulate the cell cycle only when they are tightly bound to cdks.
neutral
A precapillary sphincter is a band of smooth muscle that adjusts blood flow into capillaries mainly in the mesenteric microcirculation.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
entails
Alpha 2 adrenergic receptors are concentrated on precapillary arterioles and decrease mucosal capillary blood flow when activated.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
neutral
As time goes by the veins become more and more tortuous, while the capillaries of the mucosa are gradually dilate and precapillary sphincter becomes incompetent.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
neutral
Smooth muscle sphincters on precapillary blood vessels act to maintain a homeostatically even flow of blood through the adjacent capillaries.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
entails
The most frequent anatomic substrate is precapillary or capillary pulmonary vascular dilatation.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
neutral
The smooth muscle of arteriolar walls forms pre-capillary sphincters which regulate blood flow through the capillary bed.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
entails
The white reaction is due to constriction of precapillary sphincters, possibly combined with changes in the endothelial cells, so that red blood cells do not flow through the capillaries.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
neutral
control of their diameter is depending on changes in precapillary and post capillary resistance.
The precapillary sphincters regulate(s) the passage of blood into capillary beds.
neutral
Household soap is a mixture of sodium and potassium salts of the fatty acids resulting from the hydrolysis of animal fat.
Enzymatic hydrolysis releases fatty acids and other components from fats and phospholipids.
neutral
Hydrolytic rancidity is hydrolysis of triglyceride into its component fatty acids and glycerol.
Enzymatic hydrolysis releases fatty acids and other components from fats and phospholipids.
neutral
Simulating enzymatic hydrolysis reactions, progressively add water molecules to a triglyceride molecule to remove its individual fatty acid building block components.
Enzymatic hydrolysis releases fatty acids and other components from fats and phospholipids.
entails
Soap Soap is a mixture of the sodium salt of the fatty acids, which is obtained on hydrolysis of fats with sodium hydroxide.
Enzymatic hydrolysis releases fatty acids and other components from fats and phospholipids.
neutral
Absolutely Jazz A virtual mirror of Red Hot and Cool Jazz.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Add this warming pad to your mirror, no more foggy mirrors after you shower.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
All dressing rooms, except the orchestra dressing room, are equipped with showers, toilets, sinks, mirrors and hot and cold water.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Better is to view the sun reflecting in a mirroring water surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Both mirrors are water-cooled.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
CMDL scientists also launched a separate free-flying balloon at about the same time to record water vapor (H 2 O) with a cooled mirror frost-point hygrometer.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Claire starts seeing a ghost in her bathroom mirror, in the reflection of the water in the tub, and in the steam of the hot water from the shower.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
For instance, no fingerprints on the mirrors, no dust on any surfaces, wiping any water out of guest sinks or showers whenever they are used, etc.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Gaseous Ni(C5H5)2 decomposes to a Ni mirror upon contact with a hot surface, releasing the hydrocarbon ligands as gaseous coproducts.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Hot showers, sinks, mirrors and electrical outlets.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Hot water steams the mirror above.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
In the mirror of water
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
In this system the adaptive mirror's focus is adjusted by regulating the pressure of mirror's cooling water.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Like hot breath on a cold mirror, if the surface temperature of the flue is cool, it will cause the vaporized carbon particles in the flue gas (smoke) to solidify.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Look at the mirror to see the result of using hot water as your energy source.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Reference Popular Mechanics, July 1997 Chilled mirror hygrometer The chilled mirror hygrometer detects dew point by cooling a reflective condensation surface (a mirror) until water just starts to condense.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Scratching of the mirror surface will almost certainly result.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
Scratching of the mirror surface will otherwise almost certainly result.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
That is, at the mirror surfaces.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The Frost Point Hygrometer provided water vapor profiles from surface to 35 Kft and back to the surface with coincident profiling from the Twin Otter chilled mirror water vapor instrument from the surface to 18 Kft and from 18 Kft to the surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The campsite ablution blocks are clean and provided with hot showers, flush toilets, toilet paper, mirrors and basins with hot and cold running water.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The enclosed head, to starboard, has an integral shower (hot and cold water), a marine head and holding tank, and sink, mirror and towel bar.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The final result is the deviation of the mirror-surface from the true optical surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The mirror in the bathroom during a shower becomes foggy because warmer water vapor in the air hits the cooler surface of the mirror.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
entails
The mirrors have been tuned (at the factory for internal mirror tubes) when the resonator is hot and will be slightly misaligned when running cool.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The normal result of grinding a mirror or lens will be a spherical surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The primary mirror thermal control system can maintain the temperature of the surface of the mirror to within 0.2 C of the ambient air temperature, eliminating mirror seeing, which is caused by turbulence in cool air over a warmer mirror surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The water was calm and its reflection was mirrored on the glassy surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The waters surface was mirror smooth, but the UGF flow was not impacted.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
This is the same condensation effect seen on a cool bathroom mirror after a hot shower.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
This study presents experimental results of the effects of these gases condensed on highly polished (superpolished) mirror surfaces cooled to temperatures as low as 15 K under vacuum conditions.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
We feel this will result in trefoil distortion of the mirror surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
mirror is cooled;
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
of mirror surface.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
the process of condensation can be recognized whenever water vapor comes in contact with cold air or cooler objects like the mirror in your bathroom after a hot shower, or dew or frost on plants or windows.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
entails
the surface of a mirror is not.
When the water vapor from a hot shower contacts the cooler surface of a mirror, the result is that foggy mirror.
neutral
The notochord is a cartilagelike rod that provides longitudinal support.
The notochord provides stiffness to counterbalance the pull of muscles.
entails
Typically the muscles surrounding the notochord are arranged in distinct segments.
The notochord provides stiffness to counterbalance the pull of muscles.
neutral
the notochordal process goes through several structural transformations before becoming the solid rod, known as the notochord, around day 24.
The notochord provides stiffness to counterbalance the pull of muscles.
neutral
CO 2 and H 2 O usually act as poisons to alkali metal methoxide catalyst in the low-temperature MeOH synthesis reaction, yet they play a promotional role in this new route.
In a biological reaction, proteins act as catalysts.
neutral
Enzyme Proteins that act as catalysts, speeding the rate at which biochemical reactions proceed but not altering the direction or nature of the reactions.
In a biological reaction, proteins act as catalysts.
entails
Enzymes Enzymes are proteins that acts as a catalyst in biochemical reactions.
In a biological reaction, proteins act as catalysts.
entails
Enzymes are naturally occurring proteins that act as biological catalysts.
In a biological reaction, proteins act as catalysts.
entails
Enzymes are proteins that act as organic catalysts to speed chemical reactions within cells.
In a biological reaction, proteins act as catalysts.
entails
Proteins act as enzymes, which are catalysts involved in all biological reactions;
In a biological reaction, proteins act as catalysts.
entails
Proteins that act as catalysts in biochemical reactions are called enzymes.
In a biological reaction, proteins act as catalysts.
entails
The reader must first know that enzymes are proteins that serve as biological catalyst in chemical reactions.
In a biological reaction, proteins act as catalysts.
entails
The research demonstrates for the first time that a precursor to transfer RNA-the genetic material that is responsible for synthesizing proteins-could have acted as the catalyst for reactions that link transfer RNA (tRNA) to amino acids in a pre-biological era.
In a biological reaction, proteins act as catalysts.
neutral
enzyme biological catalysts in the form of proteins in the body that speed up chemical reactions.
In a biological reaction, proteins act as catalysts.
entails
enzymes Protein molecules that act as catalysts in biochemical reactions.
In a biological reaction, proteins act as catalysts.
entails
A gestational sac was seen, but no embryo or yolk sac.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
An ultrasound at 7 weeks gestation showing an amniotic sac but no embryo
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
As this fold grows up around the embryo it meets above and incloses a sac, known as the amniotic sac, which surrounds the embryo and which becomes filled with a watery liquid known as the amniotic fluid (Fig. 256 D).
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
entails
Cleavage of just the embryo and not the yolk sac.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Development of an embryo sac within the sporangium
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Development of an embryo sac within the sporangium.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo sac -
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo sac The embryo sac of a plant lies within the ovule;
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo sac development (Fig.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo sac, p 180.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo-sac development Allium -type.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo-sac development Peperomia -type.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Embryo-sac development Polygonum -type.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Folding is complete and the embryo is now three-dimensional and is completely enclosed in the amniotic sac.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
entails
Included in this subclass are amniotic sac, corpus luteum, and whole embryo or fetus.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
It is attached to the wall of the embryo sac by a suspensor.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Observe how the embryos are located on each side of the uterus and in the amniotic sacs.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral
Plant embryo sac III.
The amniotic sac, which was sitting on top of the flat embryo, envelops the embryo as it folds.
neutral