Not exact matches
Dr. Subramaniam is head of database developments under The Alliance for Cellular
Signaling, a multi-institution, multidisciplinary project, utilizing a multitude of high throughput approaches
to obtain context - specific knowledge of cellular
response to input.
We show that evolutionarily conserved histidine kinase
signal transduction components [9], [10], [11] can be used
to build a synthetic
signal transduction system, and we then use this system
to link
input from computationally re-designed receptors
to a plant
response.
Our synthetic
signal transduction pathway is able
to functionally link
input from the computationally re-designed receptors
to a plant
response system, producing a prototype detector plant.
We describe assembly and function of a complete synthetic
signal transduction pathway in plants that links
input from computationally re-designed PBPs
to a visual
response.
Registry parts include operators, which are segments of DNA
to which repressor proteins bind
to prevent gene transcription; cell - cell
signaling elements, which produce defined outputs in
response to specific chemical
inputs; and riboregulators, which can be used
to suppress the expression of particular genes by preventing translation of proteins they express.
The Bad Slow infotainment interface
response to input, lack of Apple CarPlay and Android Auto compatibility and false alarms from its precollision warning system
signal the need for some tech improvements.
So you take these data records and you try
to model them, and you see immediately that if you run the carbon cycle and climate models there are serious problems if you assume the release was extremely fast [eg 13 years], because there's a big delay between the carbon
input signal and the climate
response.
13.5.1 Key Uncertainties in Climate Scenarios 13.5.1.1 Specifying alternative emissions futures 13.5.1.2 Uncertainties in converting emissions
to concentrations 13.5.1.3 Uncertainties in converting concentrations
to radiative forcing 13.5.1.4 Uncertainties in modelling the climate
response to a given forcing 13.5.1.5 Uncertainties in converting model
response into
inputs for impact studies 13.5.2 Approaches for Representing Uncertainties 13.5.2.1 Scaling climate model
response patterns 13.5.2.2 Defining climate change
signals 13.5.2.3 Risk assessment approaches 13.5.2.4 Annotation of climate scenarios
By system science definition, feedback is not an intensifying or diminishing system
response characteristic, but a looping back of the output
signal to change the
input.