What's the difference between cuticle and invertebrate?

Cuticle


Definition:

  • (n.) The scarfskin or epidermis. See Skin.
  • (n.) The outermost skin or pellicle of a plant, found especially in leaves and young stems.
  • (n.) A thin skin formed on the surface of a liquid.

Example Sentences:

  • (1) Moreover, the mucoid substances of the sensillum lymph are probably involved in water conservation, since sensilla are prone to water loss, because the overlying cuticle must be permeable to the chemical stimuli.
  • (2) All the canals open independently at the surface of the cuticle and the substance deposited there is a mixture of proteins and acid mucosubstances.
  • (3) The second gene lies within an intron of the purine gene and encodes a cuticle protein.
  • (4) In vitro the epidermis synthesized and secreted both forms into both the cuticle and the medium.
  • (5) The morphology of the adult female cuticle is discussed.
  • (6) In all these cuticles the tubular filaments arise from the plasma membrane of the epidermal cells and they contain argentaffin material, regarded as sclerotin precursors, and lipid-staining material, regarded as wax precursors.
  • (7) Between the cuticle and dermal collagen there are granular deposits which might be immune complexes involving the collagenous component of cuticle.
  • (8) Eisenia epidermis does not recordably synthesize the cuticle until after wounding (first eight segments removed).
  • (9) Cuticle morphology identifies two types of sensilla trichodea, two types of sensilla basiconica and one type of sensillum coeloconicum.
  • (10) At the culmination of each molt, the larval tobacco hornworm exhibits a pre-ecdysis behavior prior to shedding its old cuticle at ecdysis.
  • (11) A homozygous mutant escaper had weak, completely unpigmented cuticle and unpigmented bristles.
  • (12) On dark-adaptation of the 11-day adult eye, the rhabdomers move towards the cuticle.
  • (13) Once the fungus enters the hair cortex just above the hair bulb, it produces myriads of spores that remain trapped and hidden beneath the cuticle for the length of the intact hair.
  • (14) Thus, during larval growth the cuticle remains flexible and extensible.
  • (15) C3 conversion products were detected on larval cuticles by eosinophil adherence and by immunofluorescence with C3c antiserum.
  • (16) Both genes encode 5.5-kilobase mRNAs, similar in size to the mammalian and Drosophila type IV collagen gene transcripts but much larger than the cuticle collagen transcripts of C. elegans.
  • (17) The facilitation of eclosion by adult colony members appears to be an obligatory process in the development of this species; pupae denied the aid of adult workers during eclosion are unable to remove the pupal cuticle and rapidly succumb.
  • (18) The antibodies, which were produced in the course of T. spiralis infection in rats, specifically bound to the inner layers of the body cuticle and the cuticle of the hindgut, but not to the cuticle of the esophagus.
  • (19) Autonomous expression of Met was found both in abdominal cuticle as well as in external male genitalia.
  • (20) However, late larval worms that expressed the adult cuticle did not express blisters either.

Invertebrate


Definition:

  • (a.) Destitute of a backbone; having no vertebrae; of or pertaining to the Invertebrata.
  • (n.) One of the Invertebrata.

Example Sentences:

  • (1) The results suggest that normal development of some invertebrate neural pathways may be more dependent on experience during ontogeny than has previously been assumed.
  • (2) This result is in contrast to most other animals (ranging from invertebrates to mammals), in which sperm are generally motile for at least several hours.
  • (3) This invertebrate precipitin, Tridacnin, may be used as a marker for nearly two thirds of all asialo serum glycoproteins; A number of different cross-reactions with various other polysaccharides and galactans subdivides those neuraminidase-treated glycoproteins into several subgroups, indicating that the uncovered carbohydrate structures are not always completely identical.
  • (4) We compared the molecular nature of the rat brain opiate receptor with that of the invertebrate leech, Haemopis marmorata, and the protozoan, Tetrahymena, in order to examine the issue of apparent receptor heterogeneity with respect to biochemical structure.
  • (5) The ruthenium red method was also used on a number of marine invertebrate embryos and larvae, representing different phyla, to facilitate comparisons between their surface coats.
  • (6) Using an SDS gel electrophoresis method, connectin, very high molecular weight (approximately 10(6) dalton) protein, was detected in an SDS extract of whole tissues of various types of muscles of vertebrates and invertebrates.
  • (7) Thirty-five antisera to 20 vertebrate regulatory peptides and 1 invertebrate peptide (FMRFamide) were used to screen the worm for neuropeptide IR.
  • (8) Purification procedures that appear to be generally applicable to invertebrate MTs have only recently been developed and are described here.
  • (9) The over-all response of duck erythrocytes is considered as an example of "isosmotic intracellular regulation," a term used to describe a form of volume regulation common to euryhaline invertebrates which is achieved by adjusting the number of effective intracellular osmotic particles.
  • (10) The body wall muscle and the blood vessel muscle are compared with other muscle types described in invertebrates.
  • (11) Although neither protein bound to heparin, gelatin, hexosamine, or uronic acid-Sepharose resins, their affinity for an invertebrate proteoglycan, their roles in sponge cell adhesion, and their peripheral membrane protein natures suggest that they may represent early invertebrate analogs of cell-associated vertebrate extracellular matrix adhesion proteins, such as fibronectin or vitronectin, or else an entirely novel set of cell adhesion molecules.
  • (12) In organisms as diverse as bacteria, plants, invertebrates, and vertebrates, synthesis of these proteins is directly correlated with the acquisition of thermotolerance.
  • (13) Invertebrate systems have proved to be quite useful for the development of an understanding of some processes in the central nervous system (CNS).
  • (14) The amino acid composition of the ABRM calmodulin closely resembled that of other invertebrate calmodulins.
  • (15) Current thinking on fixed behaviors in invertebrates holds that they are generated by specialized neural circuits in the brain.
  • (16) In view of reports that the nerve fibers of the sea prawn conduct impulses more rapidly than other invertebrate nerves and look like myelinated vertebrate nerves in the light microscope, prawn nerve fibers were studied with the electron microscope.
  • (17) To test the hypothesis that inositol trisphosphate (InsP3) mediates adaptation and excitation in invertebrate photoreceptors, we measured its formation on a rapid time scale in squid retinas.
  • (18) The cellular and circuit properties of individual identified neurons in invertebrates can be readily studied; hence it is possible to determine how the complex properties of nerve cells function in the generation of behavior.
  • (19) These processes may be conserved in a wide range of invertebrates and vertebrates.
  • (20) The action of ocular screening pigments of vertebrates (melanins) as well as those of invertebrates (ommochromes) on lipid peroxidation has been studied.