Design Therapeutics Inc
NASDAQ:DSGN
Design Therapeutics Inc
Research & Development
Design Therapeutics Inc
Research & Development Peer Comparison
Competitors Analysis
Latest Figures & CAGR of Competitors
| Company | Research & Development | CAGR 3Y | CAGR 5Y | CAGR 10Y | ||
|---|---|---|---|---|---|---|
|
|
Design Therapeutics Inc
NASDAQ:DSGN
|
Research & Development
N/A
|
CAGR 3-Years
N/A
|
CAGR 5-Years
N/A
|
CAGR 10-Years
N/A
|
|
|
Abbvie Inc
NYSE:ABBV
|
Research & Development
-$9.1B
|
CAGR 3-Years
-12%
|
CAGR 5-Years
-8%
|
CAGR 10-Years
-8%
|
|
|
Gilead Sciences Inc
NASDAQ:GILD
|
Research & Development
-$5.7B
|
CAGR 3-Years
-5%
|
CAGR 5-Years
-3%
|
CAGR 10-Years
-7%
|
|
|
Amgen Inc
NASDAQ:AMGN
|
Research & Development
-$7.2B
|
CAGR 3-Years
-17%
|
CAGR 5-Years
-11%
|
CAGR 10-Years
-6%
|
|
|
Vertex Pharmaceuticals Inc
NASDAQ:VRTX
|
Research & Development
-$3.9B
|
CAGR 3-Years
-16%
|
CAGR 5-Years
-16%
|
CAGR 10-Years
-15%
|
|
|
Regeneron Pharmaceuticals Inc
NASDAQ:REGN
|
Research & Development
-$5.2B
|
CAGR 3-Years
-13%
|
CAGR 5-Years
-14%
|
CAGR 10-Years
-12%
|
|
Design Therapeutics Inc
Glance View
Design Therapeutics, Inc. operates as a biotechnology company that develops therapies for serious degenerative disorders. The company is headquartered in Carlsbad, California and currently employs 37 full-time employees. The company went IPO on 2021-03-26. The firm is focused on gene-targeted chimeras (GeneTAC) molecules, which is a class of small-molecule gene-targeted chimera therapeutic candidates that are designed to be disease-modifying and target the underlying cause of inherited nucleotide repeat expansion diseases. The firm's lead product candidate is Friedreich ataxia (FA). The firm is also developing the GeneTAC program in myotonic dystrophy type-1 (DM1), and it is advancing its GeneTAC portfolio to address other serious nucleotides repeat-driven monogenic diseases. Its FA is a monogenic, autosomal recessive progressive disease. Its DM1 is a monogenic, autosomal dominant, progressive neuromuscular disease that affects skeletal muscle, heart, brain and other organs.
