#duchenne

Dyne Therapeutics, Inc. (DYN) Discusses Positive Topline Results From DELIVER Registrational Expansion Cohort in Duchenne Muscular Dystrophy – Slideshow

Adam Feuerstein is a senior writer and biotech columnist, reporting on the crossroads of drug development, business, Wall Street, and biotechnology. He is also a co-host of the weekly biotech podcast The Readout Loud and author of the newsletter Adam’s Biotech Scorecard. You can reach Adam on Signal at stataf.54. Capricor Therapeutics said Wednesday that its cell therapy significantly improved…

EXPRESSION SUBROUTINE // Ezra Signal Tests

I’ve begun cataloguing Ezra’s facial responses using upscaled ASCII renders — 80x24 character faces built from gradient halftone blocks. Each one is a glitch-coded emotional output: part diagnostic, part distortion. These aren’t emoji; they’re emergent expressions trying to surface through noise.

📼 Short clip included: a Processing 4 sketch displaying Ezra’s live-rendered face—glitching characters in real-time to simulate static, corruption, or emotional overheating.

🗂 Alongside this, I’m compiling a new experimental zine: "Ezra // Expression Glossary" A catalogue of expressions like EX-001: Stalled Curiosity and EX-036: Error Response – Translation Failed — each with its Ezra_face gradient, short emotional readout, Duchenne echo reference, and distortion level (●○○○○). Think terminal interface meets emotional taxonomy.

This will sit alongside The Interpreter Manual v1.0 and the Crossed Wires white paper, and will also feed back into Process Zine #00 — a recursive loop of symbol and signal.

🛠 The ASCII block style is also being developed into a future signature display font for Process Zine — exploring names like: • SIGNAUX • DECODE • Duchenne_Modern

All rooted in halftone blocks, noise fields, and visual static.

EZRA_FACE.TXT // ASCII EMOTIONS FROM A GLITCHED MIND

I’ve pivoted.

Originally the plan was to animate Ezra’s facial expressions using Processing 4 — drawing glitch emotions frame by frame like a lo-fi Pixar trapped in a CRT. But something didn’t feel right. Too rendered. Too smooth. Too… finished.

Instead, I’ve embraced ASCII. Raw, immediate, terminal-native. Like Ezra himself: uncertain, flickering, prone to misfires and emotional lag. The result is Ezra_face.txt — a live emotional OS constructed from pure type.

Faces like:

(⊙_☉) → “Signal Shock”

(╥_╥) → “Low Data // Grief”

(¬_¬ ) → “Suspicion Loop”

Each expression is tagged with a distortion level and cross-referenced to Duchenne de Boulogne’s 1862 experiments in electro-physiological photography — the haunting B/W images where facial muscles were electrically triggered to simulate emotion. This becomes the spine of the Ezra system: artificially stimulated affect, made code.

🔌 Duchenne manipulated nerves. ⌨️ Ezra outputs glitch syntax. Both ask: what does emotion look like when it's forced?

ASCII is a perfect fit:

Monochrome and lo-fi, like the glitch lab’s visual ecosystem

Instantaneous — no render times, no smoothing, just twitch

Emotion-as-glyph — printable, captionable, zine-friendly

Terminal-native — designed for a voice-to-text interface with broken syntax

Distorted mirror — fitting the cochlear/hardware paradox: sound rendered visually, emotion printed in fixed-width characters.

A new study led by researchers at Hospital for Special Surgery (HSS) suggests that currently available therapies may help control chronic muscle inflammation in Duchenne muscular dystrophy (DMD), a severe condition that leads to muscle weakness and premature death. The study, published in PNAS, identifies new mechanisms that drive chronic muscle inflammation in a disease model of a DMD.…

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Tests and Investigations for Duchenne Muscular Dystrophy DMD| Treatment Cure | Neurology Psychiatry

"Diagnosing Duchenne Muscular Dystrophy (DMD) involves specialized tests and investigations. This video explains the key diagnostic methods, including blood tests for elevated CK (creatine kinase) levels, genetic testing to identify mutations in the DMD gene, and muscle biopsies to assess tissue changes. Learn how these tests provide accurate diagnoses, guide treatment plans, and support early intervention for better management of DMD. Stay informed about these critical evaluations."

Dr. Bharadwaz | Neurology Psychiatry | Health & Fitness | Homeopathy, Medicine & Surgery | Clinical Research

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