Anagram & Information om | Engelska ordet APOPLAST

Exempel på hur man kan använda APOPLAST i en mening

• ABO blood group system – abscisic acid – absorption spectrum – abyssal zone – acetylcholine – acetyl-CoA – acid – acid precipitation – acoelomate – acrosome – actin – action potential – active site – adaptive radiation – address-message concept – adenosine 5'-triphosphate – adenylyl cyclase – adrenal gland – adrenodoxin – aerobic organism – age structure – agonist – AIDS – albumin – aldehydes – aldosterone – algae – allantois – allele – allometry – allopatric speciation – allosteric binding site – allosteric effector – allosteric enzyme – allosteric site – allozyme – alpha helix – amino acid – aminoacyl tRNA synthetase – amino group – amniocentesis – amniote – amphipathic molecule – anabolism – anaerobic organism – anaerobic respiration – androgen – anemia – aneuploidy – angiosperm – anther – anthrax – antibiotic – antibody – anticodon – antidiuretic hormone – antigen – apical dominance – apical meristem – apolipoprotein – apoplast – apoptosis – aquaporin – Archaea – archegonium – arteriosclerosis – artery – arthritis – ascus – asexual reproduction – atomic number – ATP – ATP synthase – atrioventricular valve – atrium – autoimmune disease – autonomic nervous system – autosome – auxin – axillary bud – axon.
• Lithophytes consume atmospheric ammonia through a concentration gradient that allows the compound to traverse the plants' apoplast.
• The Casparian strip is impervious to water so can control the transportation of water and inorganic salts between the cortex and the vascular bundle, preventing water and inorganic salts from being transported to the stele through the apoplast, so that it must enter the cell membrane and move to the stele through the symplastic pathway, blocking the internal and external objects of the cell.
• Once the hyphae is within the cell apoplast, the hyphae penetrates a host mesophyll cell to form a haustoria to acquire nutrients and suppress plant defenses.
• Within the apoplast, antifreeze proteins localize the growth of ice crystals by ice nucleators in order to prevent physical damage to tissues and to promote supercooling within freezing-sensitive tissues and cells.
• This depolarization causes an osmotic shift in ionic concentrations in the apoplast, which concurrently causes an increase in turgor pressure based on apoplastic solute potentials, forming an electrical gradient across the plasma membrane.
• In auxin-treated coleoptile and stem (hypocotyl) sections, auxin induces proton extrusion into the apoplast, which could decrease the pH value by as much as one full unit.

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