PALAVRAS EM INGLÊS RELACIONADAS COM «ACERVULUS»
acervulus
fungi
cerebri
small
asexual
fruiting
body
that
erupts
through
epidermis
host
plants
parasitised
mitosporic
form
order
melanconiales
cushion
bottom
which
short
crowded
acervulus
biology
encyclopedia
britannica
open
saucer
shaped
found
kingdom
always
developed
below
tissue
bears
sûr
tiny
cushionlike
blisterlike
structure
produced
certain
plant
consisting
mass
mushroom
journal
wild
mushrooming
terms
discussed
acervuli
apothecium
apothecia
erumpent
locule
locules
perithecium
perithecia
pyrenocarp
pyrenocarps
define
hyphae
give
rise
stalked
more
medical
from
merriam
webster
noun
ˈrē
ˌbrī
ˈser
ˌbrē
brain
sand
seen
heard
what
made
want
look
lexikon
biologie
spektrum
wissenschaft
latein
acervus
haufen
plural
fruchtlager
conidioma
konidienträger
asexuelle
phase
mancher
ständerpilze
defined
yourdictionary
parasitic
containing
asexually
origin
latin
diminutive
word
finder
anagrams
10 LIVROS EM INGLÊS RELACIONADOS COM «ACERVULUS»
Descubra o uso de
acervulus na seguinte seleção bibliográfica. Livros relacionados com
acervulus e pequenos extratos deles para contextualizar o seu uso na literatura.
1
Microbiology:Application Based Approach
[B] Cross section of a subepidermal acervulus of Marsoninajuglandis in black
walnut leaf. Mature (M) and immature (arrows) conidia are exhibited. The host
epidermis (E) is clearly seen. [C] Diagrammatic representation of a pycnidium
and an ...
2
Krishna's Diversity of Microbes, Fungi & Lichens
In Fusarium lini, macroconidia are generally borne in sporodochia (Fig. 1.33 B).
All species of the genus Fusarium do not produce sporodochiia (in) Acervuli : (
sing. Acervulus ; L. acervulus, heap) An acervulus is a flat or saucer-shaped bed
of ...
3
Algae, Fungi, Lichens, Microbiology, Plant Pathology, ...
Colletotrichum. Conidia. Comments 1. The conidia are always formed in acervuli.
2. The acervulus is formed on the surface of the rind as minute black clusters, just
above or below the nodes. These develop from the stromatic mass of hyphae ...
Ashok M. Bendre, Ashok Kumar, 2010
4
A Textbook Of Botany - Vol 1, 11E
Each acervulus consists of a stromatic layer from the surface of which arise
simple hyaline and unseptate conidiophores. In some cases, e.g. C. falcatum, a
number of stiff, pointed, unbranched, septate, bristle-like structures, called setae
are ...
P S Trivedi S N Pandey, P S Trivedi S N Pandey, Pandey, S N & Trivedi, P S, 2009
5
Lectures on physiology, zoology, and the natural history of ...
Soemmerring has shewn that that curious structure, the sandy or earthy matter of
the pineal gland (acervulus pinealis,) belongs to the healthy natural state of the
human brain, being found from the fourteenth year ; and that it is almost confined
...
Sir William Lawrence, 1822
6
Text Book Of Botany Diversity Of Microbes And Cryptogams
The fruiting body is a plate-like acervulus that develops just below the leaf
epidermis. It consists of a stromatic layer, which produces simple hyaline
conidiophores from its surface (Fig. 2A). The conidiophores are arranged
compactly like ...
7
Vegetable Diseases and Their Control
It is possible that some cells of the acervulus can produce a secondary sclerotium
that could persist and later germinate to produce another acervulus and more
conidia spores. In any case, it appears that the sclerotia are not only well suited
to ...
The conidia develop on conidiophores in acervulus-type of fruiting bodies (Fig.
20.10.A-Q. The acervuli are saucer-shaped, flat, and black velvety structures.
Each acervulus consists of a stromatic layer, from whose surface are produced ...
Melanconiales: Conidia produced singly or in chains. Often surrounded by a
gummy mass from conidiophores packed closely in a usually subepidermal or
subcortical layer the acervulus. Moniliales: Conidia formed on conidiophores
which ...
10
Lectures on Physiology, Zoology, and the Natural History of ...
SOEMMERRING has shewn that that curious structure, the sandy or earthy matter
of the pineal gland (acervulus pinealis), belongs to the healthy natural state of the
human brain, being found from the fourteenth year; and that it is almost ...
Sir William LAWRENCE, 1823
