Sana Biotechnology Inc
NASDAQ:SANA
Net Margin
Net Margin shows how much profit a company keeps from each dollar of sales after all expenses, including taxes and interest. It reflects the company`s overall profitability.
Net Margin shows how much profit a company keeps from each dollar of sales after all expenses, including taxes and interest. It reflects the company`s overall profitability.
Peer Comparison
| Country | Company | Market Cap |
Net Margin |
||
|---|---|---|---|---|---|
| US |
S
|
Sana Biotechnology Inc
NASDAQ:SANA
|
1.1B USD |
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|
|
| FR |
|
Pharnext SCA
OTC:PNEXF
|
6T USD |
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|
|
| US |
|
Abbvie Inc
NYSE:ABBV
|
399.2B USD |
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|
|
| US |
|
Amgen Inc
NASDAQ:AMGN
|
202.4B USD |
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|
|
| US |
|
Gilead Sciences Inc
NASDAQ:GILD
|
188.1B USD |
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|
|
| US |
|
Vertex Pharmaceuticals Inc
NASDAQ:VRTX
|
121B USD |
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|
|
| US |
E
|
Epizyme Inc
F:EPE
|
94.1B EUR |
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|
|
| US |
|
Regeneron Pharmaceuticals Inc
NASDAQ:REGN
|
82.1B USD |
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|
|
| NL |
|
argenx SE
XBRU:ARGX
|
43.4B EUR |
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|
|
| AU |
|
CSL Ltd
ASX:CSL
|
71.4B AUD |
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|
|
| US |
S
|
Seagen Inc
F:SGT
|
39.3B EUR |
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|
Market Distribution
Other Profitability Ratios
Sana Biotechnology Inc
Glance View
Sana Biotechnology, Inc. engages in the research and development of engineered cells as medicine. The company is headquartered in Seattle, Washington and currently employs 383 full-time employees. The company went IPO on 2021-02-04. The firm is focused on creating and delivering engineered cells as medicines for patients. The firm develops in vivo and ex vivo cell engineering platforms for treatment across an array of therapeutic areas with unmet treatment needs, including oncology, diabetes, central nervous system (CNS) disorders, cardiovascular diseases, and genetic disorders, among others. The Company’s process of repairing and controlling genes in the body, referred to as gene therapy or in vivo cell engineering, requires in vivo delivery of a therapeutic payload and modification of the genome. The Company’s fusogen technology in preclinical studies targets cell surface receptors when combined with delivery vehicles to form fusosomes and allows cell-specific delivery across multiple different cell types. The company focuses this technology on delivering payloads to T cells, hepatocytes, and hematopoietic stem cells (HSCs).