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1 microsurgery and an optical tweezer for cell micromanipulation.
2  grassland pollen profiles, were isolated by micromanipulation.
3  cloning is achieved by limiting dilution or micromanipulation.
4  are then recovered from their microwells by micromanipulation.
5 g was performed both before and after needle micromanipulation.
6 mbda-DNA molecules is investigated using DNA micromanipulation.
7 ilic diblock copolymers and characterized by micromanipulation.
8  cells from immunostained tissue sections by micromanipulation.
9 gin of the mixed colonies was established by micromanipulation.
10 ical communications, microscopy, and optical micromanipulation.
11 ranging from material surface engineering to micromanipulations.
12                                        Using micromanipulation, a C. burnetii clone was isolated cont
13 s separation of mother and daughter cells by micromanipulation after every division.
14 s developing nanorobotic tools for assembly, micromanipulation and biological measurements with subce
15                       By developing a custom micromanipulation and force sensing system around a high
16 l, we isolated 270 cells from both groups by micromanipulation and globally amplified their mRNA.
17 ey are detached from spindle microtubules by micromanipulation and kept detached for 10 min.
18                                Studies using micromanipulation and serum-free culture showed that the
19              This charging scheme can aid in micromanipulation and the study of charged drops and par
20  embryo donation, frozen embryo transfer, or micromanipulation and unstimulated cycles were excluded.
21 rect organism in laboratory culture and used micromanipulation and video microscopy to confirm Jennin
22 occurring either spontaneously or induced by micromanipulations and pharmacological treatments.
23 reless communications and imaging to optical micromanipulations - and by the fundamental principles u
24 le in many fields, such as material science, micromanipulation, and mechanobiology.
25 a rat epithelial cell line using microscopy, micromanipulation, and microinjection.
26 plications in laser micromachining, particle micromanipulation, and optical communications.
27   Single rod and cone cells were isolated by micromanipulation, and the absorbance spectra of the rod
28          Here we use live and fixed imaging, micromanipulation approaches, and small molecule analyse
29 ut not from Feo-inhibited embryos, following micromanipulation-assisted repositioning.
30 c finite element model is developed for cell micromanipulation by magnetocytometry.
31 ell extracts used in concert with single-DNA micromanipulation can control and monitor these dynamics
32  Moreover, Pol-Scope imaging of spindles and micromanipulation did not compromise the developmental c
33 g DNA libraries were developed by chromosome micromanipulation, DNA micropurification, microcloning,
34  d and requires a clinical embryologist with micromanipulation experience and a molecular biologist w
35  is in quantitative agreement with data from micromanipulation experiments on individual nucleosomes.
36  nucleus that quantitatively agrees with our micromanipulation experiments stretching individual nucl
37       Force-velocity relationships mimicking micromanipulation experiments testing our predictions ar
38                      We have used single-DNA micromanipulation experiments to study the process by wh
39                                   Using cell micromanipulation experiments, we demonstrate that the C
40 t has hitherto not been directly measured in micromanipulation experiments.
41 d DNA is presented and is compared to recent micromanipulation experiments.
42 ssection of dividing, paired sister cells by micromanipulation, followed by cell lysis, reverse trans
43                                              Micromanipulation for applications in areas such as tiss
44 tes the power of MR technology combined with micromanipulation for elucidating key physiological fact
45 cells identified can be recovered readily by micromanipulation for further characterization in vitro.
46 and allows recovery of desired cell pairs by micromanipulation for off-chip culture and analyses.
47                                      Through micromanipulation force measurements, we show that this
48 ged VHDJH genes in single cells collected by micromanipulation from splenic germinal centers of immun
49 e filamentous bacteria were isolated through micromanipulation from sulphidic sediment mats in the Ba
50 er to study individual L&H cells isolated by micromanipulation from tissue sections of five patients
51  lithography, self-assembly, angled-etching, micromanipulation, glancing-angle deposition and auto-cl
52 ed-Sternberg cells, we developed a method of micromanipulation, global reverse transcription, and the
53                                 The roles of micromanipulation, grafting, and in vitro culturing of a
54  or appendix germinal centers used hydraulic micromanipulation (HM) to collect single B cells for PCR
55 mulations, how acoustic vibrations result in micromanipulations in a microfluidic chamber by invoking
56  intracortical recording and pharmacological micromanipulations in awake monkeys to demonstrate that
57                                    Hydraulic micromanipulation is a very tedious method.
58                                 By combining micromanipulation, Kerr magnetometry and magnetic force
59                                              Micromanipulation methods indeed show that nuclei in hum
60 he future, for application in microrobotics, micromanipulation, microfluidics, and beyond.
61                                    We used a micromanipulation needle to fuse grasshopper spermatocyt
62  directly by pulling on chromosomes with two micromanipulation needles.
63                                      We used micromanipulation of human cultured cells to produce mit
64 ated through other cells, as demonstrated by micromanipulation of individual progenitors.
65  This unique property has been exploited for micromanipulation of particles6, generation of plasma ch
66 tage of the optical transparency and ease of micromanipulation of sea urchin embryos, we have develop
67 etermine two distinct mechanical regimes via micromanipulation of single isolated nuclei.
68 ll origin of the colonies was established by micromanipulation of the colony-forming cells.
69                                         This micromanipulation of the crystal waveguides using AFM is
70 m (ES) cell-based gene targeting and tedious micromanipulations of mouse embryos.
71                                   We perform micromanipulation on configurations of flagella and conc
72           Single cells obtained by hydraulic micromanipulation or laser capture microdissection were
73                         By using single cell micromanipulations, real-time and time-point imaging tec
74                               Single-nucleus micromanipulation reveals that HP1a is essential to chro
75                                      Using a micromanipulation technique, we measured the adhesion fo
76 e biopsies were taken from each embryo using micromanipulation techniques and none of the biopsied em
77 through molecular design and that imposed by micromanipulation techniques have equivalent effects on
78 advanced multimodal live-cell microscopy and micromanipulation techniques.
79 eal time using magnetic and optical trapping micromanipulation techniques.
80 lectrophoresis (DEP) has been developed as a micromanipulation technology for controlling micro- and
81                                           By micromanipulation, the injection end of the capillary wa
82 key applications ranging from imaging and 3D micromanipulation to classical and quantum communication
83   We combined microfluidics, microscopy, and micromanipulation to directly measure both the binding o
84              To dissect this process, we use micromanipulation to position single cells of diverse li
85 imple method of gap construction requires no micromanipulation under a microscope, hydrofluoric acid
86 body-reactive streptococcus invisible during micromanipulation was obtained.
87            Using atomic force microscopy and micromanipulation, we observe how collagen fibrils from
88                                        Using micromanipulation, we produced "cells" containing only a
89 cation of holographic optical tweezers-based micromanipulation will enable novel insights into biolog
90                              Here we combine micromanipulation with time lapse and confocal microscop
91    This paper describes the development of a micromanipulation workstation integrating two-photon, th