What's the difference between proteid and protend?
Proteid
Definition:
(n.) One of a class of amorphous nitrogenous principles, containing, as a rule, a small amount of sulphur; an albuminoid, as blood fibrin, casein of milk, etc. Proteids are present in nearly all animal fluids and make up the greater part of animal tissues and organs. They are also important constituents of vegetable tissues. See 2d Note under Food.
Example Sentences:
(1) BTV antigen was dense in proteid yolk bodies and in the vitelline membrane of the developing oocytes.
(2) In the extracellular space of the tissue of the sponge Geodia cydonium, circular proteid particles are found which carry as subunits the aggregation factor and a series of glycosyltransferases.
(3) Cobaltous ions were not able to exchange the central atom of the metallo-proteide.
(4) The use and effectiveness of the nutrient was evaluated - globally - by a study of body weight according to the hydro-electrolytic balance and then - individually - by the balance of the intakes and secretions of the glucides, lipids and proteids.
(5) These dissimilar, separately derived droplets subsequently fuse, thus combining the materials that constitute the intraoocyte contribution to the proteid yolk.
(6) The variations were never statistically significant but for the Phenylalanine rate increase.--a non-systematic variation in the blood proteids that decreased as far as total proteids and albumin were concerned and that increased as far as globulins alpha1 and alpha2 were concerned.--Finally, no variations in the serous graphic record of lipid levels were noted, neither in the average of figures, nor in the analyses carried out after each bottle.
(7) It is supposed that the latter loose their coat and eventually transform into large proteid yolk spheres.
(8) GI-3, a target specific peptide containing granulocyte fraction, T4-1, an oligospecific thymic factor of proteid nature, and the alkylating cytostatics dianhydrogalactitol (DAD) inhibit myeloid colony formation as a function of concentration.
(9) The present investigation describes the fine structural changes that occur during proteid yolk formation in the developing oocytes of the guppy (Lebistes reticulatus), an ovoviviparous teleost.
(10) It is postulated that these two different micropinocytotic structures are specifically involved with the selective uptake of dissimilar extracellular proteid materials.
(11) oncolyticum M 55 is an iron-containing metallo-proteide, whose central atom is exchangeable for zinc.
(12) These changes suggest the operation of a number of different intra- and extraoocyte processes that may account for the synthesis and deposition of the proteid yolk.
(13) The material is of proteidic nature being digested by trypsin and chymopapain and resistant to testicular and microbial hyaluronidase, keratanase, chondroitinase ABC and AC.
(14) At a later stage, bristle-coated micropinocytotic vesicles of 100 mmicro diameter presumably take up a material that is then probably immediately deposited into a second type of proteid yolk droplet.