What's the difference between globose and spherical?

Globose


Definition:

  • (a.) Having a rounded form resembling that of a globe; globular, or nearly so; spherical.

Example Sentences:

  • (1) In the locus ceruleus and nucleus basalis, where tangles have a loose or globose structure, correlations with neuronal counts were not significant.
  • (2) The flat acuity-luminance function of the falcon results from adaptations which increase the optical sensitivity of the eye compared with the globose eye of strongly diurnal falconiformes.
  • (3) An electron-microscopic study revealed that the subcortical NFT in NCS are made up of paired helical filaments in spite of their globose round shape.
  • (4) In the brain of embryos from normal females these cells had mainly a round or oval form (globose microglia).
  • (5) Corticobasal degeneration shows similar midbrain pathology and a round, filamentous inclusion in the substantia nigra, not unlike the globose tangle, but there is also focal frontoparietal cortical atrophy.
  • (6) The results suggest that the stem cells of the olfactory cells are globose basal cells and not basal cells proper, and that the shape of basal cells proper changes in relation to the active proliferation of stem cells.
  • (7) At autopsy prominent globose neurofibrillary tangles with variable cell loss, microglial nodules, and neuronophagia were found in the locus ceruleus, third cranial nerve complex, nucleus supratrochlearis, nucleus centralis superior, and nucleus basalis of Meynert with mild pallor of the globus pallidus, mild cell loss in the dentate nucleus of the cerebellum, and sparing of the superior colliculus.
  • (8) In Pythium species and in several related Oomycetes, polymerase chain reaction (PCR) amplification of the nontranscribed spacer (NTS) region with one primer specific for the 5S gene revealed, with several exceptions, that the 5S rRNA gene was present in the rDNA repeat of those species with filamentous sporangia and was absent from the rDNA repeat of those with globose or unknown sporangia.
  • (9) Three major sporangial morphotypes were consistently observed on leaf blades: oval, globose, and fusiform.
  • (10) Cultures revealed rapidly growing yellow colonies on Sabouraud dextrose agar medium at 25 degrees C. Sporangiophores branched in sympodia and the sporangia were globose, 35-60 microns in diameter.
  • (11) When a single dose of BrdU was given to mice 9 days after axotomy, immunostaining for BrdU was found in the globose basal cells which were negative for MA903, but not in the basal cells proper which were positive for MA903.
  • (12) Furthermore, three pulses of BrdU resulted in numerous BrdU-immunolabelings in the globose basal cells and a few in the basal cells proper.
  • (13) At the 7th-8th weeks the hepatocytes show a globose shape, their surface is furnished with scattered and irregular evaginations and they are arranged in loose and narrow ribbons, separated by vascular spaces; the hepatocytes are tightly connected with haemopoietic cells, usually furnished with hyperchromatic nuclei.
  • (14) The colony morphology, the presence of globose sporangia bearing motile spores, the absence of aerial mycelium and the presence of meso-DAP in cell wall, ascribe this strain to the genus Actinoplanes.
  • (15) In the globose cauda (Nicander's region 8), the principal cells are reduced in height, and in addition to the features described in region 7, are characterized by a concentric array of rough endoplasmic reticulum in the basal cytoplasm.
  • (16) These axons terminate in characteristic globose structures resembling the glomeruli of the olfactory bulb.
  • (17) This pseudostratified epithelium consists of apical supporting cells, a middle layer of olfactory receptor neurons and a heterogeneous population of basal cells consisting of basal cells proper and globose basal cells.
  • (18) These results further confirmed that NCAM was expressed by both globose basal cells and receptor neurons but not by other cell types within the epithelium.
  • (19) Globose and club-shaped, one- and two-celled microconidia were formed especially 'en thrse'.
  • (20) Cunninghamella antarctica has conidiophores usually verticillately, pseudoverticillately and sympodially branched; and globose conidia with evident spines, 12-8-16micron in diameter.

Spherical


Definition:

  • (a.) Alt. of Spheric

Example Sentences:

  • (1) The authors have presented in two previous articles the graphic solutions resembling Tscherning ellipses, for spherical as well as for aspherical ophthalmic lenses free of astigmatism or power error.
  • (2) This lack of symmetry in shape and magnitude may be due to non-sphericity of the skull over the temporal region or to variations in conductivities of intervening tissues.
  • (3) As a consequence of deformation from spherical-to-cylindrical shape in the microvasculature, demands for increased surface membrane area leads to increases in surface membrane tension above critical levels for rupture, and the cancer cells are rapidly and lethally damaged.
  • (4) From the different shapes of the scattering curves of the native phosphofructokinase at pH 7.5 in the presence of 15 mM ATP and of the cross-linked tetramer or octamer, it can be inferred that the shapes of the protomers are different: in the presence of ATP the protomers are elongated, having an axial ratio of 1.8 to 2.0; the cross-linked state reveals a spherical protomer of radius 33.0 A, similar to that of the native enzyme at pH 7.5 in the presence of fructose 6-phosphate or fructose 1,6-bisphosphate.
  • (5) Equivalent viewing power (EVP), field of view, and working distance (WD) were calculated for 4 different magnifier equivalent powers, four magnifier-to-eye distances, and for uncorrected spherical ametropias varying from +20.00 to -20.00 D in 0.25 D steps.
  • (6) A sound source is commonly spherical, therefore solutions are found for the wave equation in spherical coordinates, giving a precise meaning to the 'azimuthal' and 'magnetic quantum number' analogy.
  • (7) One biliary stone showed cholesterol with spherical bodies of calcium carbonate and pigment.
  • (8) A simple method has been developed for fusing synaptic vesicles into spherical structures 20-50 micron in diameter.
  • (9) Anterior lenticonus is a rare condition, in which there is a conical or spherical protrusion of the anterior surface into the anterior chamber.
  • (10) These results suggest that the shapes of the two enzymes are more spherical in solution than the proposed structural model previously reported.
  • (11) Elementary spherical particles similar to those described in the mitochondria are found in isolated rat liver and spleen nuclear membranes.
  • (12) NF-L in 6 M-urea took the form of spherical particles with a diameter of about 12 nm.
  • (13) Later, melanocytes became spherical and had membrane bound, autophagosome-like compartments of pigment granules.
  • (14) Rotation time constants obtained from the dichroism decay are not consistent with a spherical shape, for either the holo- or core repressor.
  • (15) The mean spherical approximation (MSA) provides a simple and reliable method for computation of single ion activities.
  • (16) Neuron #1 contained large spherical electron-dense vesicles while neuron #2 contained smaller subspherical vesicles.
  • (17) The morphological unit of the regular array appeared to consist of four spherical subunits, each about 2 nm in diameter, which were arranged in a tetragonal pattern about 4.5 by 7.0 nm in dimension.
  • (18) These receptors were subdivided by their morphology in the next groups: pear-shaped receptors with capsule; capsuled spherical receptors located near vascular walls; ovoidal receptors with capsule and glomerular structure; simple or complex mace-shaped receptors without capsule.
  • (19) A simple closed-form solution is derived for a thin linearly elastic spherical model of the cornea.
  • (20) Levels of pregnenolone and progesterone in spherical pig blastocysts (near 4 and 15 microM respectively) exceeded respective levels in histotroph by about 400-fold.