Source 1review2022Frontiers in Bioengineering and Biotechnology
Toolkit/microtiter plate designs for optogenetic stimulation
microtiter plate designs for optogenetic stimulation
Also known as: microtiter plate designs
Taxonomy: Mechanism Branch / Architecture. Workflows sit above the mechanism and technique branches rather than replacing them.
Summary
Microtiter plate designs for optogenetic stimulation are light-delivery platform formats used to apply regulated optical inputs in biological experiments. The cited review places these designs within a broader range of optogenetic hardware spanning simple illumination setups to microtiter plate and bioreactor implementations, with use cases from single-cell stimulation to whole-culture illumination.
Usefulness & Problems
Why this is useful
These platforms are useful because they provide a structured format for delivering optical stimulation across different cell types and culture volumes. The cited literature also indicates that automated measurement and stimulation on such optogenetic platforms can support in silico feedback control of living systems.
Source:
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Problem solved
This platform class helps solve the practical problem of delivering controlled light inputs across experimental scales, including both localized and whole-culture optogenetic stimulation. It also addresses the need to couple stimulation with automated measurement for computer-controlled biological experiments.
Source:
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Taxonomy & Function
Primary hierarchy
Mechanism Branch
Architecture: A delivery strategy grouped with the mechanism branch because it determines how a system is instantiated and deployed in context.
Target processes
No target processes tagged yet.
Input: Light
Implementation Constraints
The available evidence identifies microtiter plate designs as one format among optogenetic stimulation platforms and notes their use in automated measurement and stimulation schemes. No specific information is provided here on hardware components, light sources, control electronics, software architecture, or construct requirements.
The supplied evidence does not report specific optical performance metrics, plate geometries, wavelengths, irradiance ranges, or benchmark comparisons for microtiter plate implementations. Independent replication, organism-specific validation, and practical build details are not described in the provided evidence.
Validation
Cell-freeBacteriaMammalianMouseHumanTherapeuticIndep. Replication
Supporting Sources
Ranked Claims
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Optogenetic experiment platform designs in the review span different cell types and culture volumes, from single-cell stimulation to whole-culture illumination.
we examine design approaches followed in performing optogenetic experiments spanning different cell types and culture volumes, with induction capabilities ranging from single cell stimulation to entire cell culture illumination
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Automated measurement and stimulation schemes on optogenetic platforms have enabled implementation of in silico feedback control strategies for computer-controlled living systems.
The development of automated measurement and stimulation schemes on these platforms has enabled researchers to implement various in silico feedback control strategies to achieve computer-controlled living systems
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
Emerging optogenetic applications require light delivery that is consistent, reproducible, and regulated according to application needs.
Emerging optogenetic applications entail a consistent, reproducible, and regulated delivery of light adapted to the application requirement.
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Suitable light stimulation platforms are required to stimulate synthetic optogenetic constructs in biological systems.
Light stimulation of a synthetic optogenetic construct in a given biological species can only be achieved via a suitable light stimulation platform.
Approval Evidence
1 source1 linked approval claimfirst-pass slug microtiter-plate-designs-for-optogenetic-stimulation
from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs
Source:
platform rangesupports
The review covers optogenetic stimulation platform designs ranging from simple illumination set-ups to microscopy, microtiter plate, and bioreactor designs, each with advantages and disadvantages.
we explore the evolution of light-induction hardware-software platforms from simple illumination set-ups to sophisticated microscopy, microtiter plate and bioreactor designs, and discuss their respective advantages and disadvantages
Source:
Comparisons
Source-backed strengths
A key strength is application breadth, as the reviewed platform designs span different cell types and culture volumes from single-cell stimulation to whole-culture illumination. Another strength is compatibility with automated measurement-and-stimulation workflows that have enabled feedback control strategies in optogenetic experiments.
Ranked Citations
- 1.