3D-scanning every cell in human body (Robocentric biotech research plan) (part 1)

3D-scanning Every Cell in Human Body (Robocentric Biotech Research Plan) (Part 1)

Advancing medical biotechnology and human longevity biotechnology requires the ability to detect, scan, record, and publish the location and type of every single cell in the human body. Achieving such granular insight is paramount. As of now, a technology to do exactly this does not exist. My goal is to develop and commercialize such a groundbreaking technology.

Currently, I have no formal educational background in biology or biotechnology. To bridge this gap, I will first immerse myself in the study of existing measurement technologies and techniques prevalent in these fields. After familiarizing myself with the state-of-the-art methodologies, I will focus on innovating and developing the necessary technology for detecting, scanning, and recording every single one of the approximately 37 trillion cells in the human body in a fully automated manner.

Before elaborating further on this ambitious topic, I would like to extend an invitation for investment in my startup company. You can support our efforts in advancing AI, robotics, biotechnology, and nuclear fusion-powered autonomous space technologies with an investment as low as $ 100. For those interested in contributing to this revolutionary project, please visit robocentric.com/investors.

This article is part of a series outlining my research plan and the steps I will take to achieve this goal.

Keywords

• Medical biotechnology
• Human longevity biotechnology
• Cell detection
• Cell scanning
• Cell recording
• Existing measurement technologies
• Automated technology
• Human cells
• State-of-the-art methodologies
• Investment opportunity

FAQ

Q: What is the primary goal of this project? A: The primary goal is to develop and commercialize a technology that can detect, scan, record, and publish the location and type of every single cell in the human body in an automated manner.

Q: Do you have a background in biology or biotechnology? A: No, I do not currently have a formal educational background in biology or biotechnology, but I will first study the existing technologies and techniques to bridge this gap.

Q: How many cells are there in the human body? A: There are approximately 37 trillion cells in the human body.

Q: How can I invest in this project? A: You can invest in my startup company by visiting robocentric.com/investors. Investments start as low as $ 100.

Q: What fields does your startup company focus on? A: Our startup company focuses on advancing AI, robotics, biotechnology, and nuclear fusion-powered autonomous space technologies.