The Matrix

The Matrix March 2025 Update 2025 Annual Report released showcasing updates from ASBL, ONITO, Restorever, and Nizdevco

ASBL derives from automated synthetic biology labs

The Matrix February 2025 Update ONITO is live on https://lnkd.in/eZGTBvUS. Sign up for 100MB free storage for all your medical reports. Share your complete medical history with healthcare professionals anytime.

The Matrix January 2025 Update New year, new interpretation of The Matrix. The Matrix is a publisher. In the month of January 2025, The Matrix published ASBL dex (https://asbldex.github.io) and Protocol dex (https://lnkd.in/efiQpGMn). These are books, like The Matrix dex (https://lnkd.in/erN_WKcg), published in 2023. Restorever begins operations to engineer the climate to combat global warming. ASBL has 3 discovery stage candidates for nonalcoholic fatty liver disease, specifically metabolism dysfunction-associated steatohepatitis, being assayed by in vitro and computational studies.

Dexs published in January 2025: ASBLdex (https://asbldex.github.io), Protocol Dex (https://lnkd.in/efiQpGMn)

The Matrix December 2024 Update As the year closes, a reflection on what we’ve accomplished this year, and what the future holds. ASBL was incorporated in Delaware, United States. HumanGEMlib Python library for gene knockout human metabolism modeling was released. ASBL Lab 0: automated cell feeder pilot blueprint and architecture was designed. Restorever’s mission was spread far and wide to desert countries lacking freshwater. ONITO resumed operations making and updating PDFs of medical records for clients. Research Engine released a Python script dev.py to make text-only websites with PDF, presentation, and text files with an editable JSON intermediate. Genentech was the world’s first biotechnology company. It engineered E. coli bacteria to produce insulin to manage diabetes. Most biotechnology companies engineer biology to extract something of value to human health. ASBL, founding member of The Matrix, aims to harness biology for everything. Instead of extractive biotechnology, ASBL builds technology to make finished biological products for human use with biology. A few examples of biotechnology ASBL envisions are cultivated meat for consumption, nucleic acid therapies to bioengineer cells, lab-grown rare food items like wasabi and truffles, engineered polymerase for DNA sequencing, microtubule structured nanoprints, screens with green fluorescent proteins as pixels, circuit printing with bacterial phage display, and minibrain libraries of people. ASBL can’t harness all biology into biotechnology. We simply make biotechnology tools for bioengineers who harness biology to make wetware (bioengineered products like cells, bacteria, and proteins). Code today is all digital, seen only with a screen. Code on an ASBL machine is seen in reality. Edit in Python, your bacteria glow red. Edit in Python, your bacteria grow in citrate. Edit in Python, your own cells make medicine. Endless possibilities, and if you run out of imagination, biology has an in-built protocol called evolution. Computers made computing ubiquitous. ASBL builds machines to make biotechnology ubiquitous. What we envision above and more will be built when biotechnology becomes easier, when biotechnology goes beyond pipetting, and when biotechnology doesn’t need a PhD. When biotechnology becomes as easy as learning Python, and biotechnology becomes as accessible as python.org/downloads, we will know we have made a dent in the world. Computers let anyone make software. ASBL lets anyone make wetware.

Active projects in The Matrix ASBL: lab automation for the masses Restorever: freshwater shipping from melting glaciers Maya Kaul School for Bioengineers: independent projects for MS and PhD students commercialized at ASBL ONITO: mobile health records to see your health anytime Research Engine: simple Python framework for websites Email [email protected] or visit https://lnkd.in/erN_WKcg to know more

The Matrix November 2024 Update What is the future of biotechnology? At ASBL, we think it is heavily inspired by computing. Assembly Language is the backbone of all computing, simplifying education, application development and distribution, and consolidating architectures. ASBL machine protocol is an instruction set for biotechnology. Users chain instructions in ASBL machine protocol to write scripts. Scripts are executed on ASBL machines to perform biotechnology protocols like cell feeding, plate reading, cell counting and more. To replicate an experiment, simply run your script on a compatible ASBL machine with the required materials. Materials are checked beforehand like the BIOS bootup sequence in computers. ASBL sells ASBL Lab 0: automated cell feeder, ASBL 1: automated bacterial genetic engineer, and ASBL II: automated mammalian genetic engineer. ASBL machines bring biotechnology on a keyboard for gardeners, chefs, doctors, bioengineers, and scientists to do. Welcome to the future of biotechnology.

The Matrix October 2024 Update ASBL builds the future of biotechnology. ASBL machine protocol is an instruction set for molecular biology. Users chain instructions in ASBL machine protocol to execute biotechnology experiments on ASBL machines. ASBL Lab 0: automated cell feeder ASBL 1: automated bacterial genetic engineer ASBL II: automated mammalian genetic engineer ASBL is a company in The Matrix. There are others. All companies in The Matrix are built on one founding principle, human life is most valuable. ASBL upholds this principle to provide healthcare for the world with biologics. The Matrix is what you see in it. What you see in The Matrix reflects who you are. What you see in The Matrix is not what others see. The Matrix is the cumulative perception of all, and more.

The Matrix September 2024 Update Ditch the gloves, be a keyboard bioengineer. Automated Synthetic Biology Labs from ASBL: ASBL Lab 0: automated cell feeder ASBL 1: automated bacterial genetic engineer ASBL II: automated mammalian genetic engineer