InVitroProductionofSweetPeas(LathyrusodoratusL.)viaAxillaryShoot

The genus Lathyrus is best known because it includes a number of wild relatives of the protein pea which, despite being generally neglected and under-utilised, hold considerable potential as a useful genetic resource for the acquisition of interesting stress resistant traits important for a sustainable agriculture. However, also included in this genus are important commercially produced species with a sig......阅读全文

In-Vitro-Production-of-Sweet-Peas-(Lathyrus-odoratus-L.)-via-Axillary-Shoot

The genus Lathyrus is best known because it includes a number of wild relatives of the protein pea which, despite being generally neglected and un

如何应对植物组培过程中的污染问题?

植物组织培养是20世纪初发展起来的一门新兴技术,随着这项技术的日益完善,其应用也越来越广泛。但是在组织培养过程中,常常会遇到污染问题使实验无法进行下去,甚至导致整个实验失败,给科研和工厂化生产带来损失。污染是指在植物组织培养过程中,培养基和培养材料滋生杂菌,最终导致培养失败的现象。常见的污染类型包括

In-Vitro-Conservation-and-Cryopreservation-of-Ornamental-Plants

Today, the conservation of ornamental germplasm can take advantage of innovative techniques which allow preservation in vitro (slow growth storage

Retrovirus-Production

Material:Packaging Cells, e.g. Phoenix cells (an adenovirus Ad5-transformed human embryonic kidney cell line 293T, transfected with two MoMLV packagin

L.-acidophilus-transformation

OverviewElectrotransformation procedure for Lactobacillus acidophilusProcedurePrepare Electrocompetent cellsInoculate overnight culture at 10^6 CFU/ml

Polyclonal-Antibody-Production

实验概要Very useful for rapid and simple generation of antibodies for western blots, ELISA assays, and immunoprecipitation.实验步骤Rabbit Immunization Initial

Switchgrass-(Panicum-virgatum-L.)

During the last decade, Agrobacterium -mediated transformation of more than a dozen monocotyledonous plants, including forage and turf grasses, ha

In-Vitro-Fertilization

When we first started using X. tropicalis, in vitro fertilization had an extremely poor efficiency. However, with the careful selection of a mature ma

Production-of-Antibody-Fragments-in-Arabidopsis-Seeds

Plants offer a number of attractive benefits over conventional mammalian or bacterial cell culture systems for the production of valuable pharmace

In-vitro-Sphingomyelinase-Assay

Reagents:Lysis buffer25 mM Tris-HCl, pH 7.45 mM EDTA1 mM ATP20 µg/ml CLAP1 mM PMSFBuffer A10 mM MgCl20.2 M Tris-HCl, pH 7.40.2 % Triton X-100Buffer B0

In-vitro-growth-of-seedlings

sterilisation of seeds: rinse with 70% EtOH for 30 sec put in 1% bleach (sodium hypochlorite, supplemented by a few drops of Tween-20) for 5 mi

常见生物染色体数目列表

常见生物染色体数目列表通名学名双倍体数动物人类Homo sapiens46弥猴Macacamalatta42黄牛Bostaurus60猪Susscrofa38狗Canis familiaris78猫Felis domesticus38马Equus Calibus64驴Equus asinus62山羊

常见生物染色体数目列表

常见生物染色体数目列表通名学名双倍体数动物人类Homo sapiens46弥猴Macacamalatta42黄牛Bostaurus60猪Susscrofa38狗Canis familiaris78猫Felis domesticus38马Equus Calibus64驴Equus asinus62山羊

Production-of-Recombinant-Proteins-in-SuspensionCultured-Plant-Cells

Plants have emerged in the past decade as a suitable alternative to the  current production systems for recombinant pharmaceutical proteins and,  toda

Production-of-neuronpreferential-lentiviral-vectors

实验概要Adenoviral vectors widely used to transfer foreign genes into neuronal cells possess tropism for glial cells and are toxic to infected cells.

Gene-Expression-Analysis-of-Shoot-Apical-Meristem-Cell-Types

Shoot apical meristems (SAMs) of higher plants harbor a set of stem-cells and provide cells for the development of all the above-ground biomass of

In-vitro-culture-of-embryonic-lungs

In vitro culture of embryonic lungsfrom Hogan LabIsolation of Lung Bud EndodermWhat you need:E11-12 mouse embryosDMEM with 5% fetal bovine serumpetri

In-Vitro-Protein-Ubiquitination-Assay

Ubiquitination is one of the most important posttranslational modifications in all eukaryote organisms. Ubiquitin-activating enzyme (E1), ubiquiti

InVitro-Adipocytes-Differentiation

IntroductionObesity is a significant clinical problem that contributes to life-threatening diseases such as diabetes and atherosclerosis. With an incr

体外重组(in-vitro-recombination)

载体与外源DNA分子体外重组时,如何选择优化连接条件以达到最高的重组率。因此有必要根据影响连接效率的因素综合考虑连接条件。影响连接效率的因素很多,如反应温度、插入片段和载体之间的摩尔比、DNA末端性质、反应时间、ATP浓度等。1. 反应温度是比较重要的影响因素。因为连接酶的最适反应温度为37℃,

In-Vitro-T-Cell-Activation

In Vitro T Cell ActivationIntroductionMature T cells recognize and respond to the antigen/MHC complex through their antigen-specific receptors (TCR).

Coating-of-Platelets-with-Antibody-in-vitro

OUTLINEAntibody-coated platelets (opsnized) may be used in the subsequent thrombophagocytosis assay. PROTOCOLResuspend 1.6x10^8 of CMFDA-labeled plate

The-Role-of-Eosinophils-in-the-Chemokine-Network-of-Allergy

The inflammatory response associated with asthma is characterized by the recruitment of eosinophils from the bronchial microcirculation in response to

Th17-Polarization-of-Mouse-CD4-Cells

实验概要T  helper 17 (Th17) cells are a subset of CD4 T helper cells characterized  by their production of IL-17, particularly IL-17A and IL-17F. They are

Invitro-Phagocytosis-Assay-of-Macrophages

IntroductionThe term phagocytosis itself describes its mean phage = engulfment; cytosis: cell process. In other words, phagocytosis is the cellular pr

器官培养

In vitro organ cultures (Nagy Lab)kidneylungslimb  In Vitro Differentiation of ES Cells into: (Nagy Lab)Cardiac MuscleNeuronal LineagesCystic Embryoid

SpectraPen/PolyPen手持式光谱仪应用案例——光质培养研究

植物生长过程中,光照是必不可少的。一方面光照是植物光合作用的能量来源;另一方面光照能够调节植物生长的一系列生理活动。因此,使用不同光强和不同光质(颜色或波长)的光源对植物进行培养实验,一直是研究植物生长调节的重要课题。 这类研究中,既要配备不同光质的光源对植物进行培养,同时还要测量光源的光强和光质(

Ultraviolet-irradiation-impairs-epiboly-via-microtubules-in-Zebrafish

IntroductionZebrafish have transparentembryos that develop outside the mother. They develop rapidly, so that at 24 hours after fertilization, the embr

Targeted-Gene-Replacement-in-Fungal-Pathogens-via-Agrobacterium-...

Genome sequence data on fungal pathogens provide the opportunity to carry out a reverse genetics approach to uncover gene function. Efficient meth

BTC100微根窗根系观测技术参考文献

美国BARTZ公司最早研制生产微根窗根系观测仪器,BTC-100成为国际上应用最广、发表论文最多的根系研究仪器技术,其学术研究论文涵盖几十种世界知名学术期刊和专著,包括Science、Nature、Global change biology(影响因子8.502)、New Phytologist(影响