What's the difference between corm and rhizome?

Corm


Definition:

  • (n.) Same as Cormus, 2.
  • (n.) A solid bulb-shaped root, as of the crocus. See Bulb.

Example Sentences:

  • (1) The stability of various concentrations of morphine sulfate solution stored in Cormed III (Kalex) i.v.
  • (2) The TC1 mRNA accumulates during corm development, is more prevalent in corm apical than basal regions, and is either absent, or present at low concentrations, in other vegetative organs such as the leaf and root.
  • (3) We investigated gene expression patterns that occur during taro corm development.
  • (4) The methods were shown to be sensitive and specific and can be used as an alternative to the pharmacopoeial methods having been applied to the determination of colchicine in corms of Merendera persica and in three pharmaceutical preparations.
  • (5) Our results show that corm development is associated with the differentiation of specialized cells and tissues, and that these differentiation events are coupled with the temporal and spatial expression of corm-specific genes.
  • (6) A curculin-encoding cDNA clone, designated as TC1, was identified that corresponds to a highly prevalent 1-kb corm mRNA.
  • (7) Two-dimensional gel electrophoresis identified several different prevalent proteins that accumulate during corm development.
  • (8) The finding, gathering, and preparing of sedge corms and of seeds of tamarind fruit were described in detail.
  • (9) To this end, two groups of women, hyperandrogenic anovulatory (n = 4) and early follicular phase (n = 4) normally-cycling controls, were subjected to continuous blood withdrawal over 24 hours with a portable Cormed pump (Cormed Inc., Middleport, NY) and to exogenous stimulation with human chorionic gonadotropin.
  • (10) There was one anesthetic complication, respiratory depression in a patient whose MediPort (Cormed, Inc, Medina, NY) was inserted using local anesthesia and sedation.
  • (11) 4 periods were established in the development of stem apices: (1) formation of apical meristem (November), (2) slow development coinciding with the intensive plant vegetation (December--February), (3) transition to generative development when the vegetative organs begin to dry off (March) and (4) differentiation of generative organs at the time when the corm is underground and vegetative organs almost fully absent (summer).
  • (12) In situ hybridization experiments showed that the TC1 mRNA is highly concentrated in corm storage parenchyma cells and is absent, or present in reduced concentrations, in other corm cells and tissues.
  • (13) The greatest adsorption occurred with walls from leaf blade, followed by petiole and corm walls, although the differences were not major.

Rhizome


Definition:

  • (n.) A rootstock. See Rootstock.

Example Sentences:

  • (1) The results showed that the drug "Shan-Dou-Gen" used in different regions in China at present are the roots or rhizomes derived from 9 species: Sophora tonkinensis Gagnep.
  • (2) Rhizomes of five identified plants of the Paris species, Liliaceae, and Rhizoma Paridis which are sold as a crude drug named "Zao Xiu," "Qiyeyizhihua" or other names in nine different markets in China were tested for their effects on cultured cardiomyocytes.
  • (3) The effects of 5 pregnane compounds isolated from the rhizomes of Mandevilla illustris were examined against bradykinin (BK), Lysyl-bradykinin (L-BK), acetylcholine (ACh) and oxytocin (Ot)-induced contractions in the isolated uteri of the rat.
  • (4) The bezoars were composed of vegatable material from either a tuber or rhizome.
  • (5) The methanol extract from Cnidium rhizome was fractionated with chloroform and water fractions.
  • (6) Two glucosides to enhance histamine release from rat peritoneal mast cells were isolated from rhizomes of bracken fern (Pteridium aquilinum (L.) Kuhn) by column chromatography on Sephadex LH-20 and droplet counter-current chromatography, and named braxin A1 and A2.
  • (7) The rhizomes of Curcuma xanthorrhiza Roxb, are used in Indonesian folk medicine as cholagogues, aromatic stomachics, analgesics, a rheumatic remedy, etc.
  • (8) These data suggested that hoelen or peony root has a luteotropic effect but that atractylodes lanceae rhizome develops luteolysis.
  • (9) Six new steroidal saponins were isolated from the rhizomes of Smilax sieboldii.
  • (10) A new diglycoside, named dregeoside, was isolated from the rhizomes of Dregea sinensis var corrugata (Asclepiadaceae).
  • (11) Picroliv from root and rhizome of Picrorhiza kurroa showed reversal of low density lipoprotein (LDL) binding to paracetamol-induced damaged hepatocytes of rats.
  • (12) Alcoholic extracts of the rhizomes of Alpinia galanga, Andrographis paniculata, bark of Cinnamomum zeylanicum, rind of Citrus decumana, Desmodium triflorum, seeds of Hydnocarpus wightiana, rhizomes of Kaempfaria galanga, Lippia nodiflora, tender leaves of Morinda citrifolia, rhizomes of Pollia serzogonian, Tephrosia purpuria and rhizomes of Zingiber zerumbeth showed good in vitro anthelmintic activity against human Ascaris lumbricoides.
  • (13) In this study, we analyzed the effective components of ginger rhizomes.
  • (14) Glycosides of uncommon aglucones, characterized by the Ph-C5-Ph skeleton, were isolated from the rhizomes of some African Hypoxis species.
  • (15) The treatment group treated with the sugar-coated tablets of Ginseng-Rhizome saponin (GRS) orally for two months, one tablet (50 mg per tablet), three times a day.
  • (16) Effects of extract from a herb, Cnidium rhizome (Senkyu), on isolated guinea pig atria were investigated pharmacologically and electrophysiologically.
  • (17) The rhizomes and roots of Curcuma are commonly used as Traditional Chinese Drugs.
  • (18) Groups of ewes were gavaged Veratrum californicum root-rhizome material over various 3 day periods during early gestation and their late-term fetuses examined.
  • (19) Four compounds isolated from the rhizomes of Drynaria propinqua collected in Sichuan have been identified.
  • (20) Results with Bupleurum kaoi, the species native to Taiwan, showed that the roots, rhizomes and aerial parts (leaves and stem) have greater quantities of saikosaponins than cultivated B. falcatum var.