Titlebook: Hassler Whitney Collected Papers Volume I; Vol.1 James Eells,Domingo Toledo Book 1992 The Editor(s) (if applicable) and The Author(s), unde

Arteriography

Hassler Whitneyf taro is more efficient than the particle bombardment transformation method based on current research. The development of a regeneration system starting from taro shoot tip explants could produce dasheen mosaic virus (DsMV)-free plantlets. Highly regenerative calluses could be developed from DsMV-f

Osmosis

Moscow 1935: Topology Moving Toward Americaconference in a specialized part of mathematics, on a broad scale. Next, there were three major breakthroughs toward future methods in topology of great import for the future of the subject. And, more striking yet, in each of these the first presenter turned out not to be alone: At least one other h

debouch

精確

Congruent Graphs and the Connectivity of Graphsraphs. These last theorems might also be proved by topological methods. The definitions and results of a paper by the author on “Non-separable and planar graphs,” ? will be made use of constantly. We shall refer to this paper as N. For convenience, we shall say two arcs touch if they have a common v

極微小

Planar Graphsf it contains neither of two certain graphs within it. The author has shown .) (I, Theorem 29) that a graph is planar if and only if it has a dual as defined in I. It is the main purpose of the present paper to give a proof of the purely combinatorial theorem (Theorem 12 that a graph has a dual if a

amyloid

mettlesome

Book 1992cements that Whitney did not wish to be included. We also include the introduction to his book Geometric Integration Theory, and one previously unpublished manuscript on the four-color problem. The papers are presented under some broad categories: graphs· and combinatorics, differentiable functions

stressors

0884-7037 ort announcements that Whitney did not wish to be included. We also include the introduction to his book Geometric Integration Theory, and one previously unpublished manuscript on the four-color problem. The papers are presented under some broad categories: graphs· and combinatorics, differentiable

歡騰

Hassler Whitneynomic studies in the species. This protocol describes an efficient system for generating transgenic plants from . roots based on .-mediated transformation. Furthermore, the protocol can be easily adapted for recovering fertile transgenic plants from transformed hairy roots.

引導(dǎo)

Hassler Whitneymediated transformation of somatic tissue. Such investigations require a reproducible, quantitative assay system to determine transformation frequency. We describe here an . root transformation protocol that can be used to determine transformation frequencies for wild-type and mutant . strains and for various . wild-type and mutant lines.