These species possess large trophozoites that are significantly different in morphology and behavior from the sporozoites.

These banks may slowly migrate along the coast in the direction of the longshore drift, alternately protecting and exposing parts of the coastline.

These point defects can migrate and cluster with each other, resulting in dislocation loops and other defects.

These solvents, usually acidic, migrate through the weathering rock after leaching through upper weathered layers.

These cytokine factors are released into general circulation, where they migrate to the circumventricular organs of the brain due to easier absorption caused by the blood – brain barrier's reduced filtration action there.

These may cause pain, become infected, rupture and bleed, block the bile duct and cause jaundice, or migrate around the abdomen.

These sprouts then form loops to become a full-fledged vessel lumen as cells migrate to the site of angiogenesis.

These two words go back to the time before the Separation of the Elves, or rather to the time of the debate among them about the invitation by the Valar to migrate to Valinor.

These are made up of early Sertoli cells that surround and nurture the germ cells that migrate into the gonads shortly before sex determination begins.

These Monarchs migrate 2000 miles to reach Pacific Grove after their summer in Canada, often soaring as high as 3000 meters.

These birds come to Cuba every year from North America in the north hemisphere winter season. Arctic Terns breed in the arctic and subarctic and winter in Antarctica. Like many birds, seabirds often migrate after the breeding season.

These mesodermal cells that migrate along the dorsal midline give rise to a structure called the notochord.

These cells have the ability to migrate long distances, allowing chromatophores to populate many organs of the body, including the skin, eye, ear and brain.

These birds migrate in the daytime.

These birds migrate in winter, mostly to the Pacific Coast where they range south to El Salvador on a regular basis ; vagrants may occur as far as Costa Rica.

These offspring have underdeveloped posterior limbs ( the pes can be webbed ), and following birth they migrate to the pouch where they attach to a nipple.

These cells then migrate to lymph nodes where they present the urushiol to T-lymphocytes and thus recruit them to the skin.

These birds do not migrate.

These birds migrate south ( mostly via the Central and Mississippi Flyways ) when the young are fledged and return in early spring, usually arriving on the breeding ground in May.

These being his grandsons Danfi, Tsedakah, Mafraj and Sarawi Further afield, in northeast India, the Mizo Jews claim descent from Manasseh, and call themselves Bnei Menashe ; in 2005 Shlomo Amar, Sephardi Chief Rabbi of Israel, announced that he regarded this claim to be true, which under the Law of Return allows them to migrate to Israel, as long as they formally convert to Israel's official form of Judaism.

These birds migrate to the United States or southern Canada to spend the winter.

These birds migrate to the southeastern United States, West Indies and Central America, leaving their summer range.

These birds migrate south and vacate areas at higher elevations.

These migrate to the southwestern United States and Mexico.

These birds have an unusual migration pattern as every few years in winter they migrate southwards in large numbers.

These changes may occur in oral protective reflexes ( dryness of the mouth caused by diminished salivary glands ), in the gastrointestinal system ( such as with delayed emptying of solids and liquids possibly restricting speed of absorption ), and in the distribution of drugs with changes in body fat and muscle and drug elimination.

These species can be distinguished from the cane toad by the absence of large parotoid glands behind their eyes and the lack of a ridge between the nostril and the eye.

These include sensory neurons that transmute physical stimuli such as light and sound into neural signals, and motor neurons that transmute neural signals into activation of muscles or glands ; however in many species the great majority of neurons receive all of their input from other neurons and send their output to other neurons.

These obscurely segmented organisms have tiny eyes, antennae, multiple pairs of legs and slime glands.

These may interface with endocrine glands of the brain to result in periodic release of hormones.

These various parts are separated by meningial membranes, suggesting that the pituitary of other vertebrates may have formed from the fusion of a pair of separate, but associated, glands.

* Sebaceous glands — secrete a lipid product. These glands are also known as oil glands.

These are termed alveolar or saccular glands.

These glands produce a mixture of sulfur-containing chemicals such as thiols, traditionally called mercaptans, which have a highly offensive smell that can be described as a combination of the odors of rotten eggs, garlic, and burnt rubber.

* Deep lymph glands of the arm: These comprise the axillary glands, which are 20-30 individual glands and can be subdivided into:

These members of the family Droseraceae lure, capture, and digest insects using stalked mucilaginous glands covering their leaf surfaces.

These clearly showed the difference between the original glands identified by Skene at the urinary meatus, and the more proximal collections of glandular tissue emptying directly into the urethra.

These limbs, or maxillipeds, end in sharp claws and include venom glands that help the animal to kill or paralyse its prey.

These glands distinguish the true toads from all other tailless amphibians.

These glands are called glands because they secrete a substance into the lumen of the colon, this substance being mucus.

These glands create important hormones involved in digestion, converting food into energy for the body, in the same way that Manipura radiates prana throughout the body.

These petals also represent the manifest and unmanifest mind, and are said by some to represent the pineal and pituitary glands.

These striking but slow-moving frogs secrete powerful toxins from glands on their backs and use their color to advertise their toxic composition to potential predators

These processes are naturally modulated by local paracrine agents from endothelial cells ( e. g. nitric oxide, bradykinin, potassium ions and adenosine ), as well as an organism's autonomic nervous system and adrenal glands, both of which secrete catecholamines such as norepinephrine and epinephrine, respectively.