Slicing Through Doubt

In the intricate world of medical breakthroughs, September 14, 1990, stands out like a sore thumb—or perhaps, a healing one.

On this day, the baseball world was left agog as Ken Griffey Jr. and Sr. knocked out back-to-back home runs, a feat as rare as hen’s teeth.

Meanwhile, in a quieter corner of the planet, a medical marvel was unfolding. Ashanti DeSilva, a 4-year-old with a genetic disorder ravaging her immune system, was about to become the poster child for gene therapy, receiving a groundbreaking treatment that involved a cocktail of modified white blood cells. The aim? To supercharge her immune system and give her a fighting chance at a normal life.

But let’s not sugarcoat it—the road from there to here was anything but a walk in the park. Gene therapy, the promising prodigy of the biotechnology and healthcare sector, had its fair share of teenage rebellion, grappling with safety concerns and delivery vehicle dilemmas. It wasn’t until the early 2010s when gene correction technologies got their act together and safer delivery systems stepped onto the scene, that gene therapy started living up to its potential.

Enter Sickle Cell Disease (SCD), the blood disorder that’s been playing hard to get, affecting around 70,000 Americans and causing everything from anemia to organ damage.

The cure seemed as elusive as a winning lottery ticket until exa-cel, the brainchild of CRISPR Therapeutics (CRSP) and Vertex Pharmaceuticals (VRTX), entered the scene.

This therapy, wielding the mighty CRISPR/Cas9 like a genetic scalpel, takes a patient's stem cells on a rollercoaster ride—harvesting, modifying, and infusing them back into the patient, with the end goal of producing healthy red blood cells.

Looking ahead, CRISPR Therapeutics and Vertex are gearing up for a potential launch of exa-cel in 2024, assuming all the stars align. This innovative gene therapy is poised to be a significant growth catalyst for both companies in the coming decade. Initially, the focus will be approximately 32,000 patients suffering from SCD and TDT.

However, investors need to brace themselves for the price tag, as gene editing therapies don't come cheap. The cost for exa-cel is anticipated to be well north of $1 million, reflecting the complexity and value of this cutting-edge treatment.

At this point, it's crucial to acknowledge that exa-cel is not the only player in this high-stakes game.

A variety of other gene therapies are also vying for the spotlight, with contenders like Bluebird Bio's (BLUE) lovo-cel, Beam Therapeutics' (BEAM) innovative base-edited candidates, and Editas Medicine's (EDIT) competitive CRISPR/Cas9 therapy all in the running.

Now, let’s talk turkey. The financial forecast for exa-cel is looking bright, with CRISPR Therapeutics poised to tap into a $48 billion market opportunity.

Although the treatment has yet to gain FDA approval, the company already has its ducks in a row. It set up 50 treatment centers in the US and 25 in Europe, as well as schmoozed with commercial payers to ensure exa-cel is as accessible as a cold beer on a hot day.

Still, let’s not put on our rose-colored glasses just yet. The biotech sector is as fickle as a cat on a hot tin roof, with CRISPR Therapeutics’ market cap doing the cha-cha in response to industry volatility. With a slew of gene therapies for SCD waiting in the wings, it’s a stark reminder that in biotech, it’s not enough to keep up—you’ve got to lead the pack.

Meanwhile, CRISPR Therapeutics is flexing its muscles with six other clinical trial programs targeting a spectrum of conditions from various cancers to type 1 diabetes, where it is ambitiously seeking a functional cure. With a robust $1.8 billion in cash, equivalents, and marketable securities as of the second quarter and a market capitalization of $3.2 billion, the company is in a strong financial position.

For the astute investors, the real gold is in playing the long game. Rather than getting caught up in the short-term ebbs and flows of the biotech market, the savvy should be pondering how to leverage the current market conditions to their advantage.

After all, CRISPR Therapeutics, with its pioneering gene-editing technology, has the potential to follow in the footsteps of biotech titans like Amgen (AMGN) and Regeneron Pharmaceuticals (REGN), both of which have turned early investments into veritable treasure troves.

Moreover, its financial stability, bolstered by its partnership with Vertex, ensures that funding woes common among smaller biotechs are less of a concern. While it may not be the largest or most prominent player in the biotech arena, the next decade could very well see CRISPR Therapeutics delivering returns that outpace the market. I suggest you buy the dip.