Welcome, Batch Argonaute!

 By: Yna Lumaad | Argonaute

    Every great voyage begins with a crew. In Greek mythology, the Argonauts left their homes and set sail together, bound by a shared purpose and the quiet trust that none of them would reach the shore alone. In biology, Argonaute carries the same spirit: a protein that cannot find its way without a guide, and a guide that cannot act without it. Introducing the new set  of genes in the gene pool, seven students who met as strangers and have since become each other’s crew. Jason had the Argo. Cells have Argonaute. But for these 7,  they have each other. Meet Batch Argonaute!, the crew of seven that proves the best discoveries happen when you don’t sail alone.

Understanding Argonaute

       The name derives from Argonauta, a small octopus. Researchers who were studying a mutant Arabidopsis plant observed that its slender, tentacle-like leaves resembled the animal, and the gene responsible was designated AGO1 (Bohmert et al., 1998).

  Cells transcribe their genes into messenger RNA (mRNA), which carries the instructions for building proteins. At times, these messages must be regulated or silenced. Argonaute proteins perform this function. Each binds a small RNA fragment that serves as a guide, identifies mRNA molecules with a complementary sequence, and prevents them from being translated (Meister, 2013) This mechanism, known as RNA interference, plays a central role in regulating development and defending cells against viral infection (Hutvagner & Zamore, 2002).

    Argonaute does not act alone. It forms the core of a larger assembly, the RNA-induced silencing complex, in which a small guide RNA directs the protein to its precise target. (Meister, 2013). Neither component is effective without the other: the protein provides the capacity to act, and the guide provides the direction.

    This partnership mirrors the dynamic of Batch Argonaute. Each member contributes something different, whether direction, structure, energy, or steadiness, and the batch is most effective when those contributions work in concert. Argonaute is also valued for its accuracy, acting only where the guide’s sequence matches, and the batch aspires to the same purposefulness: to focus effort where it matters most and to support one another in doing so,

Meet the Crew!

Yna | [BS Biology- Microbiology], Batch 2020

    The guide strand. Often regarded as the mother of the group, Yna directs the batch toward its target, as the guide strand does for Argonaute. She is a steady and dependable presence upon whom the others rely.

Max | [BS Biology], Batch 2023

    The checkpoint protein. As the batch’s planner, Max ensures that every undertaking proceeds in proper order, keeping the group grounded, aligned, and stable  before it advances.

Theo | [BS Biology], Batch 2023

    The beneficial mutation. Unexpected, a little chaotic, and somehow always an improvement.Mobile, unpredictable, and impossible to overlook, Theo brings a loud presence to every setting but beneath the volume is a gentle and caring nature.

Ron | [BS Biology], Batch 2023

    The enhancer. Ron works from a distance, but whenever he's around, everyone's output goes up. Respectful and dependable, Ron can take on any role the batch requires. His discipline is evident, from the gym to every task assigned to him.

Wisa | [BS Biology], Batch 2023

    The silent mutation. Demure and understated, Wisa quietly adds sweetness and humor to the batch. Like a deer, she is gentle and graceful, and she is always a welcoming presence.

J | [BS Statistics], Batch 2023

    The recessive trait. Quiet at first, but once the right conditions line up , J is fully expressed and unforgettable. They are essential to the whole system, J is always ready to help when able. A statistics student who enjoys games, J is the reliable constant in the batch

Manu | [BS ABT], Batch 2026

    The inducible gene. The youngest of the crew, Manu responds to every new stimulus with curiosity and he is always eager to learn.

Seven individuals, seven different expressions, one shared genome. That's Batch Argonaute.

Setting Sail

    Argonaute works quietly within the cell, yet gene regulation depends upon it. Batch Argonaute hopes to follow that example: to contribute steadily, to stay true to its purpose, and to carry one another through every challenge ahead. The Argonauts of old did not sail alone, and neither will this batch. The batch extends their gratitude to the seniors who guided them and look forward to welcoming the batches that follow.