Browse
Submit Data
Databases
API
Help

Dataset Information

0 Views

0 Connections

0 Citations

0 Reanalyses

0 Downloads

Omics score: 0

Qinmei (Actinidia chinensis var. deliciosa.) MX-1 ( Actinidia valvata Dunn)

ABSTRACT: Qinmei is a kiwifruit rootstock widely used in northern China MX-1 is a rootstock that has demonstrated excellent growth vigor, tolerance to drought stress, and the ability to easily generate adventitious roots in cuttings. Transcriptome

PROVIDER: PRJNA845962 | ENA |

REPOSITORIES: ENA

ACCESS DATA

Json Xml

Similar Datasets

Qinmei (Actinidia chinensis var. deliciosa.) MX-1 ( Actinidia valvata Dunn)

Project description:Qinmei is a kiwifruit rootstock widely used in northern China MX-1 is a rootstock that has demonstrated excellent growth vigor, tolerance to drought stress, and the ability to easily generate adventitious roots in cuttings. Transcriptome

| PRJNA846504 | ENA

Expression data from MX treated Salmonella typhimurium TA100

Project description:We exposed Salmonella TA100 cells to 3 concentrations of MX that produced a linear concentration-response for mutagenesis with little cell killing. We measured mutagenesis, survival, and global gene expression. We used custom-spotted glass slides as our microarray platform and identified genes whose expressions were altered by MX treatment using three methods: (1) a Bayesian t-test, (2) an operon analysis that assumes if one gene in an operon is differentially expressed then all genes in that operon are differentially expressed, and (3) a monotonic-expression response to increasing doses of MX. The resulting list of genes was analyzed for functional and KEGG pathway representation. Keywords: dose response

2007-02-14 | GSE7034 | GEO

A biophysical model of kiwifruit (Actinidia deliciosa) berry development.

Project description:A model of kiwifruit berry development is presented, building on the model of Fishman and Génard used for peach fruit. That model has been extended to incorporate a number of important features of kiwifruit growth. First, the kiwifruit berry is attached to the stem through a pedicel/receptacle complex which contributes significantly to the hydraulic resistance between the stem and the fruit, and this resistance changes considerably during the season. Second, much of the carbohydrate in kiwifruit berries is stored as starch until the fruit matures late in the season, when the starch hydrolyses to soluble sugars. This starch storage has a major effect on the osmotic potential of the fruit, so an existing model of kiwifruit starch dynamics was included in the model. Using previously published approaches, we also included elasticity and extended the modelling period to cover both the cell division and cell expansion phases of growth. The resulting model showed close simulation of field observations of fresh weight, dry matter, starch, and soluble solids in kiwifruit. Comparison with continuous measurements of fruit diameter confirmed that elasticity was needed to adequately simulate observed diurnal variation in fruit size. Sensitivity analyses suggested that the model is particularly sensitive to variation in inputs relating to water (stem water potential and the humidity of the air), and to parameters controlling cell expansion (cell wall extensibility). Some limitations in the model structure were identified, suggesting that a revised model including current apoplastic/symplastic concepts needs to be developed.

| S-EPMC3871809 | biostudies-other

Actinidia deliciosa

Project description:Actinidia deliciosa enzyme Actinidin denaturing temperature.

| PRJNA574629 | ENA

Actinidia deliciosa

Project description:Actinidia deliciosa Raw sequence reads

| PRJNA514180 | ENA

Actinidia deliciosa

Project description:Actinidia deliciosa Transcriptome or Gene expression

| PRJNA997786 | ENA

Actinidia deliciosa

Project description:Actinidia deliciosa Raw sequence reads