Available Research Projects

Welcome to our available Research Projects  Here, we aim to enhance scientific research by providing opportunities for researchers to contribute to specialized projects in the field of Computational Analysis. We strive to make this platform a secure and efficient environment for knowledge exchange and the production of high-quality research.

Role of the Principal Investigator (PI)
  • Submitting Projects:
    The PI submits a specific research project, outlining the objectives and required analyses (e.g., Docking, Toxicity, ADME, DFT, MD , RNA sequencing analysis ).if you don’t aware of the suitable analysis for your project schedule a meeting now to meet one of our experts to consult and determine with you which is suitable 
  • Defining Work Areas:
    The PI specifies the areas or points where they need assistance from researchers in computational analyses.
  • Approving Extensions:
    If researchers request an extension of the project timeline, the PI must approve it.
  • Benefiting from Results:
    The PI receives the research results upon completion and may use them for academic or applied purposes.
Role of Researchers
  • Selecting Projects:
    Researchers can browse available projects and choose one that matches their expertise.
  • Performing Computational Analyses:
    Researchers conduct the required computational analyses (e.g., Docking, Toxicity, ADME, DFT, MD) according to the specified standards.
  • Delivering Results:
    Results are submitted to the platform on time, ensuring accuracy and quality.

  • If an extension is needed, researchers can submit a request, subject to the PI‘s approval.

  • Financial Rewards:
    Researchers receive financial rewards upon the completion and publication of the research, as per the signed contract.
  • Acknowledgment in Research:
    Researchers are credited as contributors in the research, but the PI determines the specific areas and roles of their contributions.
Role of the Platform
  • Providing Research Projects:
    The platform publishes research projects submitted by Principal Investigators (PI), detailing the objectives and required analyses.
  • Coordinating Between Parties:
    The platform acts as an intermediary between PI and researchers, ensuring confidentiality and protecting the rights of all parties.
  • Determining Project Value and Rewards:
    The platform sets the financial value of the project and the rewards researchers will receive upon completion.
  • Quality Control:
    The platform reviews submitted projects to ensure they align with its policies and standards before approval.
  • Supporting Researchers:
    The platform provides technical and administrative support to researchers during the project execution period.
How to Apply
  • For Researchers:

  • Browse available projects.

  • Choose a suitable project and submit your application, including your CV and proposed work plan.

  • Upon approval, a formal contract will be signed with the platform.

  • For Principal Investigators (PI):

  • Submit your research project, detailing the objectives and required analyses.

  • After project approval, it will be published on the platform for researchers to apply.

  • A formal contract will be signed with the platform.

Platform Policies
  • Types of Accepted Projects:
  • The platform only accepts projects involving Computational Analysis.
  • Projects requiring full experimental work (e.g., laboratory or clinical work) are not accepted.
  • If the research is entirely computational, the role of researchers must be clearly defined in the final results.
  • Project Approval:
  • No project is approved unless the PI is the one submitting it.
  • The platform reserves the right to reject any project that does not comply with its policies or standards.
  • Confidentiality of Information:
  • Contracts are signed between all parties (platform, PI, researchers) to ensure the confidentiality of research information.
  • Contracts are not confidential, but research information is treated with strict confidentiality.
  • All data is handled carefully to protect intellectual property.
  • Publication Rights:
  • Publication rights are outlined in the contract signed between the parties.
  • The platform, PI, or researchers may obtain publication rights as per prior agreement.
Benefits of the Platform
  • For Researchers:

  • Opportunity to participate in specialized research projects.

  • Receive financial rewards upon project completion.

  • Build a network with PI and experts in the field.

  • For Principal Investigators (PI):

  • Obtain accurate and high-quality research results.

  • Save time and effort by collaborating with specialized researchers.

  • Enhance scientific and academic output.

  • For the Platform:

  • Strengthen its position as a trusted research intermediary.

  • Contribute to the advancement of scientific research.

  • Build a broad network of researchers and PI.

Important Notice
  • Difference Between Research Factories and the Platform:
    The platform is not a research factory but a mediator facilitating collaboration between researchers and research projects. We ensure research quality by providing a secure and organized environment for cooperation.
  • Determining Project Value and Rewards:
    The platform sets the financial value of the project and the rewards for researchers, considering the scope and complexity of the work.
  • Delivering Results:
    Results must be delivered on time. If an extension is needed, researchers can submit a request, subject to the PI‘s approval.
Contact us and schedule a meeting
  • For more information or to submit your research project, please
Join as a Leader | PI |
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Project 1: A-431 Cell Line (Skin Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on A-431 cells.

  • Duration: 2 months for computational analysis.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to the button of the join as a researcher  with the subject line: Application for Project 1: A-431 Cell Line.

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Project 2: A-549 Cell Line (Lung Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on A-549 cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 2: A-549 Cell Line.

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Project 3: CACO2 Cell Line (Colon Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on CACO2 cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 3: CACO2 Cell Line.

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Project 4: HELA Cell Line (Cervical Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on HELA cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 4: HELA Cell Line.

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Project 5: HEP-2 Cell Line (Liver Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).
  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on HEP-2 cells.
  • Duration: 2 months.
  • Deliverables: Research ready for journal submission.
  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 5: HEP-2 Cell Line.
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Project 6: HepG-2 Cell Line (Liver Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on HepG-2 cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 6: HepG-2 Cell Line.

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Project 7: MCF-7 Cell Line (Breast Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on MCF-7 cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 7: MCF-7 Cell Line.

 

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Project 8: Panc-1 Cell Line (Pancreatic Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on Panc-1 cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 8: Panc-1 Cell Line.

 

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Project 9: PC-3 Cell Line (Prostate Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).
  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on PC-3 cells.
  • Duration: 2 months.
  • Deliverables: Research ready for journal submission.
  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 9: PC-3 Cell Line.
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Project 10: RD Cell Line (Muscle Cancer)

  • Requirements: Prepare 6 nanomaterials with 3 proteins. Perform Docking, Toxicity, ADME, DFT, MD (highest value).

  • Completed Work: TEM, SEM, DLS, Zeta Potential, XRD for nanomaterials; Cell Line tests on RD cells.

  • Duration: 2 months.

  • Deliverables: Research ready for journal submission.

  • How to Apply: Submit your CV and a brief work plan to [email address] with the subject line: Application for Project 10: RD Cell Line.