APA TEGESÉ EUSTELE ING BASA INGGRIS?
Stele (biologi)
Ing tanduran vascular, stele yaiku bagéan tengah saka akar utawa batang sing ngandung jaringan sing asalé saka procambium. Iki kalebu jaringan vaskular, ing sawetara kasus jaringan lemah lan pericycle, sing, yen saiki, nemtokake wates paling njaba stele. Ing njaba stele ana endodermis, yaiku lapisan sel jero saka korteks. Konsep stele iki dikembangake ing abad ka-19 dening ahli botani Perancis, P. E. L. van Tieghem lan H. Doultion minangka model kanggo ngerteni hubungan antara potongan lan akar, lan kanggo mbahas evolusi morfologi tanduran vaskular. Saiki, ing awal abad kaping 21, ahli biologi molekul tanduran bakal mangerteni genetika lan jalur pangembangan sing mrentah pola jaringan ing stele.
Definisi saka eustele ing bausastra Basa Inggris
Definisi eustele ing kamus iku jinis stele sing ditemokaké ing tetanduran wiji sing paling akèh, sing dumadi saka pusat tengah sing dikubengi déning jaringan vaskular utamané.
BUKU BASA INGGRIS KAKAIT KARO «EUSTELE»
Temukaké kagunané saka
eustele ing pilihan bibliografi iki. Buku kang kakait dening
eustele lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.
1
Paleobotany: The Biology and Evolution of Fossil Plants
In a single cross section, a eustele may look like a dictyostele, in that the cylinder
of vascular tissue appears dissected. The sympodial strands in seed plants,
however, are discrete and continue throughout the stem (FIG. 7.43C, D). The
ground ...
Edith L. Taylor, Thomas N. Taylor, Michael Krings,
2009
2
Paleobotany and the Evolution of Plants
The evolution of the gymnosperm eustele Most of the evidence supports an origin
of the Calamopityceae, and possibly the Lyginopteridaceae, from the
Aneurophytales. These two families have evolved eusteles, the basic
arrangement of the ...
Wilson Nichols Stewart,
1993
3
An Introduction to Plant Structure and Development: Plant ...
eustele. As emphasized by Stein (1993) the evolution of the various stelar
architectures in plants is considered to be related to, and correlated with, the
evolution of leaf and branch size and complexity, and to hormonal control of
differentiation ...
FIGURE 5.14 Eustele. A. Diagram of eustele. Note single ring of vascular bundles
, with xylem inside, phloem outside. B. Helianthus stem cross-section, an
example of a eustele. C. Close-up of vascular bundle, showing Xylem, phloem,
and ...
5
Botany For Degree Gymnosperm (M.E.)
Two views are prevalent regarding the origin of the eustele from the primitive
protostele : 1. Jeffrey (1899, 1902, 1917) suggested that from the basic protostelic
condition the first step in stelar evolution was the appearance of a pith in the
centre ...
P C Vashishta, A K Sinha, Anil Kumar, P.C.Vasishta
6
New Organic Architecture: The Breaking Wave
Protostele with mixed pith and eustele. This stelar type is characterized by a ring
of discrete or longitudinally interconnected sym- podial strands at the periphery of
a parenchymatous pith or of a mixed pith with scattered tracheids; the primary ...
7
Annual Plant Reviews, The Evolution of Plant Form
These may rep— resent leaf primordia whose development was arrested before
production of pinnae. Inside the stem, the most conspicuous innovation of living
seed plants is the eustele, with a ring of primary vascular bundles around a pith.
Barbara A. Ambrose, Michael D. Purugganan,
2012
8
Concise Dictionary of Biology
Eustele ¥ Exoskeleton Exothermic ¥ Eyespot hhh F Feed ¥ Fibrous. the “Old Red
Continent” for the red colour of its oxidized deposits. Eustele. When a plant's
vascular tissue develops in discrete bundles, it is said to have a eustele. See also
...
9
The Evolution of Plants
Eustele A third stele type, termed the eustele (Figure 4.7c), first emerged in the
fossil record at ~390 Ma. This stele appears to be the most complex of the three
structures in that it was composed of distinct strands of phloem and xylem, ...
Kathy Willis, Jennifer McElwain,
2013
10
Botany For Degree Pteridophyta
Namboodri and Beck (1968) and Beck (1970) have put forth an explanation that
the eustele in gymnosperms is not derived from filicean type of siphonostele nor
are there any filicean type of leaf gaps. These authors studied the stelar ...