State Street SPDR Bloomberg Invstmt Gr Fltg Rt ETF vs Twist Bioscience Corp — how do they compare? State Street SPDR Bloomberg Invstmt Gr Fltg Rt ETF trades at $30.8, while Twist Bioscience Corp trades at $89.52 (market cap $5.76B). The key difference: Twist Bioscience Corp is trading nearer its 52-week high, State Street SPDR Bloomberg Invstmt Gr Fltg Rt ETF nearer its low. Which is the better fit depends on your goals.
| FLRN | TWST | |
|---|---|---|
Sector | Sector/Thematic | Health |
52-Week High | $30.86 | $102.88 |
52-Week Low | $30.65 | $24.16 |
Market Cap | — | $5.76B |
Enterprise Value | — | $5.69B |
Signals from Pluang's Aura AI — not financial advice
No Aura AI signal available yet.
Twist Bioscience (TWST) trades at $92.61, up 2.5% on the day, with a bullish technical signal and strong analyst support. The company shows improving revenue growth ($377M in 2025, up 20% year-over-year) but continues to report significant losses (-$77.7M net income). Recent AI-driven drug discovery collaborations and product expansions provide growth catalysts, though persistent negative cash flow and insider selling present concerns.
Outlook remains cautiously optimistic with 79% analyst buy ratings and a $91.63 consensus target. Investment opportunity centers on AI-enabled synthetic biology growth, while risks include sustained profitability challenges, cash burn, and competitive pressures in genomics. The stock trades at premium valuations (P/S 13.74) despite negative margins.
Trailing returns across standard periods
FLRN invests in U.S. dollar-denominated investment-grade floating rate notes with maturities under five years. It provides exposure to corporate and supranational debt whose interest payments adjust with market rates, helping to mitigate interest rate risk.
Read more on FLRN →Twist Bioscience Corp is a synthetic biology company. It develops a disruptive DNA synthesis platform to industrialize the engineering of biology. The company's DNA synthesis platform utilizes a proprietary semiconductor-based synthetic DNA manufacturing process that synthesizes DNA on silicon instead of on traditional well plastic plates to enable the production of high-quality synthetic DNA faster and affordable as well as overcomes inefficiencies. Powering cost-effective, rapid high-throughput synthesis, it enables researchers to rapidly realize opportunities ahead. Geographically, it derives a majority of revenue from the United States.
Read more on TWST →