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Synthetic Biology Network-SciCom is a Canada-based non-profit sharing science discoveries, facts & memes while supporting synthetic biology research and building a curious community for collaboration, innovation & sustainability.

TomTato is an innovative grafted plant that produces tomatoes above ground and potatoes below ground on the same plant. ...
14/08/2026

TomTato is an innovative grafted plant that produces tomatoes above ground and potatoes below ground on the same plant. It is not a genetically modified organism or a true hybrid. Instead, a tomato shoot is grafted onto a potato rootstock.

Because tomato and potato both belong to the genus Solanum, their vascular tissues can successfully connect, allowing water, nutrients, sugars, and plant signals to move throughout the plant. Tomatoes develop on the upper shoots, while underground stems form potato tubers. TomTato demonstrates how grafting can combine useful characteristics of two crops and potentially improve space efficiency in food production.

Molecular Farming: Growing Medicines in Plants
13/08/2026

Molecular Farming: Growing Medicines in Plants

I chose this profession, and now I live in the lab 🥼 🧪 🤣Credit: Medical Laboratory Science
12/08/2026

I chose this profession, and now I live in the lab 🥼 🧪 🤣

Credit: Medical Laboratory Science

MOTE: The Tiny Wireless Implant Recording Brain Activity for a Year
12/08/2026

MOTE: The Tiny Wireless Implant Recording Brain Activity for a Year

Leprosy Cases Rise in Florida
11/08/2026

Leprosy Cases Rise in Florida

Been there 🤣😭
08/08/2026

Been there 🤣😭

Researchers from Stanford University and the Arc Institute have demonstrated that artificial intelligence can generate c...
07/08/2026

Researchers from Stanford University and the Arc Institute have demonstrated that artificial intelligence can generate complete genetic sequences for functional bacteriophages, viruses that infect bacteria. Using a genome language model called Evo, trained on millions of natural DNA sequences, the team designed viral genomes that were synthesized in the laboratory, resulting in 16 viable bacteriophages capable of targeting E. coli.

The study highlights AI’s potential to accelerate the development of therapies against antibiotic resistant bacteria. At the same time, biosecurity experts warn that similar technology could be misused in the future, emphasizing the need for international oversight and stronger regulations for synthetic DNA research.

Reference:
Roeloffs, M. W. (2026). Scientists Trained An AI Model In DNA—And It Invented 16 New Viruses. Forbes.
Study published in Science (2026).

CRISPR-Cas9 gene editing creates compact tomato varieties tailored for vertical farming, paired with 3D deep learning fo...
07/08/2026

CRISPR-Cas9 gene editing creates compact tomato varieties tailored for vertical farming, paired with 3D deep learning for precise, nondestructive phenotypic screening.

Details: doi.org/10.1016/j.plap..

The intricate, fern-like pattern shown here is a classic example of Bacillus bacterial colony growth. As the bacteria sp...
06/08/2026

The intricate, fern-like pattern shown here is a classic example of Bacillus bacterial colony growth. As the bacteria spread across a nutrient surface, millions of cells coordinate their movement, creating striking branching structures that resemble frost on a window or tiny trees. These patterns are not random.

They result from a combination of nutrient availability, moisture, cell-to-cell communication, and surface conditions. Scientists study these self-organizing colonies to better understand bacterial behavior, biofilm formation, and how microbes adapt to challenging environments. Research on these natural patterns has also inspired advances in mathematics, physics, and biomimetic engineering.

References:
Ben-Jacob, E., Cohen, I., & Levine, H. (2000). Cooperative self-organization of microorganisms. Advances in Physics, 49(4), 395–554.

Nature’s Nanomachine: The Bacteriophage 🦠This transmission electron micrograph shows a tailed bacteriophage—a virus that...
05/08/2026

Nature’s Nanomachine: The Bacteriophage 🦠

This transmission electron micrograph shows a tailed bacteriophage—a virus that infects bacteria and the most abundant biological entity on Earth, with an estimated 10³¹ existing globally, outnumbering bacteria roughly tenfold. The icosahedral head (~100 nm, matching the scale bar) packs tightly coiled DNA under enormous pressure.

The tail acts like a molecular syringe: tail fibers first recognize specific receptors on the bacterial surface, then the sheath contracts to inject the genome inside. Phages like T4 (shown here) drive bacterial evolution, recycle ocean carbon, and are being revived as “phage therapy” against antibiotic-resistant infections.

Reference: Clokie, M.R.J., Millard, A.D., Letarov, A.V., & Heaphy, S. (2011). Phages in nature. Bacteriophage, 1(1), 31–45.

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