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What's New in Glafabra's Testing the Waters Campaign

Glafabra
Posted at Aug 7

One month into Testing the Waters. Here's what's changing for month two.

More real faces. Starting this Tuesday, we're introducing you to the people building Glafabra — one team member at a time, starting with our CEO.

DECODE keeps going, but simpler: no more separate answer-comment days later. Each new riddle now opens with last time's answer, right in the post.

And more of Glafabra's actual stor...more

Categories: Advanced Therapeutics  |  Cell & Gene Therapy  |  Clinical Research  |  Drug Development  |  Fabry Disease  |  Rare Disease
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How Is Fabry Disease Inherited? — DECODE No. 10

Glafabra
Posted at Aug 6

(Answer to the question last time on August 3: Pompe disease and Gaucher disease — the same Live-cel platform, one gene swapped in, reaches both.)

Fabry disease runs in families, but not the way most genetic conditions do. One chromosome carries the whole story — and it changes who's affected depending on whether it's inherited from mom or dad.

What inheritance pattern is this? Drop your guess in ...more

Categories: Cell & Gene Therapy  |  Fabry Disease  |  Rare Disease
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How does a human-cell discovery platform find brown-fat-building compounds?

Olivier Boss Olivier Boss
Posted at Jul 31

Finding the Right Lock and Key

To make a new medicine, we first need a drug target. Think of the target as a specific lock on or in a cell, and the drug as the key. When the key fits the lock, it triggers a specific reaction.

For Energesis, the goal was to find a lock that triggers human adult stem cells to turn into active brown fat cells.

Using Biologically Meaningful Cells

Cells grown in a lab ...more

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Muscle Matters: The Lean-Mass Problem with Appetite-Based Weight Loss

Brian Freeman Brian Freeman
Posted at Jul 30

GLP-1 receptor agonists have revolutionized obesity treatment, making significant weight loss pharmacologically achievable for millions of patients. However, these medications come with notable trade-offs. From a clinical perspective, one of the most concerning is the simultaneous loss of muscle mass. Studies show that when patients lose weight on GLP-1 medications, more than 30% of the lost ...more

Categories: Obesity
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Understanding Brown Fat: A New Path for Treating Obesity and Metabolic Health

Olivier Boss Olivier Boss
Posted at Jul 29

Understanding Brown Fat: A New Path for Treating Obesity and Metabolic Health

Brown adipose tissue (BAT), commonly called brown fat, is a specialized type of body fat containing cells called brown, beige, or brite adipocytes. Unlike standard white fat - which primarily stores excess calories - brown fat cells are thermogenic, meaning they burn energy and dissipate it as heat. Brown fat is dyn...more

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One Platform, Three Rare Diseases — DECODE No. 9

Glafabra
Posted at Aug 3

(Last time: five patients, five years, durable enzyme — the FACTS proof.)

 

Here's the twist we've been building toward. The approach behind Live-cel for Fabry isn't limited to one disease. Swap the corrected gene, keep everything else, and the same platform takes aim at two more inherited enzyme disorders — one that weakens muscle, one that affects the spleen, liver, and bone.

 

Can you...more

Categories: Rare Disease
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Five Patients, Five Years: The Fabry Gene Therapy Data — DECODE No. 8

Glafabra
Posted at Jul 30

(Last time: CD34+ hematopoietic stem cells, the engine of Live-cel.)

 

Here's the number that anchors everything. In the FACTS trial, this many patients were followed for five years — and every one still had therapeutic enzyme levels at the end, with zero product-attributable serious adverse events.

 

How many patients? Drop your guess in the comments below.

 

Follow the whole serie...more

Categories: Fabry Disease
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The One Cell Behind Every Live-cel Treatment — DECODE No. 7

Glafabra
Posted at Jul 27

(Last time: gentle outpatient conditioning with melphalan.)

 

Every Live-cel treatment starts with a rare cell harvested from the patient — one that can rebuild the entire blood system and carry a corrected gene to the body for years. Scientists find it by a marker on its surface: a protein tag written as "CD" followed by a number.

 

Which cell — and which number? Drop your guess in the ...more

Categories: Cell & Gene Therapy
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