Stratigraphic Asset Management logo

Investment Outlook

April 20, 2020


pdf Report available as a PDF »

Alan S. Bernstein


The purpose of this paper is to characterize current developments on the medical front to combat the coronavirus, which in turn will determine when and how our country returns to work, the economic outlook, and investment returns.

Medical Developments

Treatments 2, 3

The Milken Institute is tracking treatments and vaccines that are under development. Table 1 summarizes the various initiatives. Apart from natural immunity possibly conferred by recovery from COVID-19, only a vaccine is likely to provide immunity to coronavirus infection. There are currently 73 treatments (antibodies, antivirals, cell-based therapies, and RNA-based therapies) under development. Although they do not offer immunity, these treatments have the potential to alleviate the severity of the symptoms of infection, reduce the resources required to attend the infected, and lower the mortality rate of the virus. Among the antibodies and antiviral medicines being explored are FDA-approved drugs for treating other medical problems that hopefully can be repurposed to fight COVID-19.

Table 1

Covid-19 Treatment and Vaccine Tracker
As of April 15, 2020
ClassNumber in DevelopmentCommentsCompany
Antibodies42Avastin, Approved to Treat CancerBioCentury
Kevzara, Approved to Treat Rheumatoid ArthritisSanofi/Regeneron
Actmemra, Approved to Treat Arthritis Roche
Soliris, Approved to Paroxysmal Nocturnal HemoglobinuriaAlexion
Antivirals19Favilavir/FavipiravirFujifilm Toyama Chemical/Zhejiang Hisun Pharmaceuticals
Kaletra/Aluvia, Approved to Treat HIV-1 InfectionAbbieVie, WHO
Prezcobix, Approved to Treat HIV-1 InfectionJanssen
Truvada, Approved to Treat HIV-1 InfectionGilead & Chinese Sponsors
Xofluza, Approved to Treat InfluenzaRoche
Tamiflu, Approved to Treat InfluenzaRoche
Virazole, Approved to Treat Respiratory Tract InfectionsBausch Health
Cell-Based Therapies7
RNA-Based Treatments5
Scanning Compounds to Repurpose11Janssen, Johnson & Johnson, BARDA, Novartis, Gates Foundation
Others44Methylprednisolone, Approved Anti-inflamatory, Some CancersUK govt, Oxford, WHO
Chloroquine/ Hydroxychloroquine, Approved AntimalarialNumerous trials
Jakafi, Approved to Treat Myelofibrosis, Polycythemia Vera, and Acute Graft-versus-host diseaseNovartis
PegIntron, Sylatron, IntronA, Approved to Trat Hepatitis CWuhan Jinyintan Hospital, Schering
Total Treatments & Devices131
Source: Milken Institute COVID-19 Tracker (PDF)

Remdesivir, an antiviral drug under development by Gilead Sciences, has received the most publicity. The U.S. Food and Drug Administration has approved remdesivir for treating COVID-19 patients under the compassionate-use protocol (a designation that gives patients with life-threatening illnesses access to an experimental drug). Remdesivir was discussed in a recent article in the New England Journal of Medicine.4 Sixty-one coronavirus patients were given at least one dose of the drug. Fifty-three had data that could be analyzed. In a follow-up after 18 days, 36 patients (68%) showed improved in oxygen-support, including 17 of 30 patients on ventilators. Twenty-five patients (47%) were discharged while 7 patients (13% died). Of the 7 who died, six were on ventilators. The shortcoming of the study is the inability to attribute the improvement of the infected patients to remdesivir. To know for sure, randomized, placebo-controlled trials will be required.

STAT, an American health-oriented news website (, reported on the recent results of a University of Chicago Medicine trial of remdesivir that is part of a significantly larger Gilead Phase 3 trial. The University of Chicago recruited 125 people suffering from the coronavirus, of which 113 had severe disease. All patients were treated with daily infusions of remdesivir. Most of the patients have been discharged. Two patients died. The results were encouraging, but not definitive.5

Other promising treatment candidates were brought to my attention by a physician friend. These include Pluristem’s placenta-based cell-therapy;6 Leronlimab,7 which is in a phase IIb/III clinical trial; and Invermectin, an antimicrobial therapy, which has had promising results in trials.8 The point is that treatments and therapies under development offer significant potential to treat the coronavirus.


In the end, the defeat of the COVID-19 virus depends on the development of a vaccine that provides immunity to the coronavirus. The Milken Institute is tracking 86 active vaccine candidates. While most are in the early stage of development, six are in clinical trials, which is encouraging.

The Coalition for Epidemic Preparedness Innovations (CEPI) is a global non-profit alliance formed to develop vaccines against infectious diseases such as COVID-19. CEPI is collaborating with GlaxoSmithKline to use their vaccine adjuvant9 technology to enhance the development of an effective COVID-19 vaccine. The target vaccine is expected to cost $2 billion to develop over the next 12 to 18 months.10 There is no assurance the CEPI and GSK will be successful.

Johnson & Johnson recently announced it had a lead vaccine candidate and would seek to develop it through a partnership with the Biomedical Advanced Research and Development Authority (BARDA), which is part of the U.S. Department of Health and Human Services. J&J stated that it “expects to initiate human clinical studies of its vaccine at the latest by September 2020 and anticipates that the first batches of a COVID-19 vaccine could be available for emergency use authorization in early 2021, a substantially accelerated timeframe in comparison to the typical vaccine development process.”11 Trials will still be necessary to prove the drug’s efficacy and safety. There is no assurance that J&J will be successful either.

On April 17, Moderna, a publicly held clinical stage biotechnology pharmaceutical company, stated that it received federal funding of $483 million to accelerate the development of its candidate for a coronavirus vaccine.12

Antibodies and Immunity

Individuals who have recovered from the coronavirus have antibodies in their blood that are believed to confer immunity. How long such immunity lasts is not known. Marc Lipsitch, an epidemiologist on the staff at the Harvard School of Public Health, cautiously stated that individuals who recover from the coronavirus at the very least should have immunity for one year.13 If one can determine with certainty that a person has had the virus and possesses antibodies, that person should be free to return to work without fear. Antibody testing is crucial to reopening the economy.

Biotech companies and research laboratories are rushing to produce an antibody blood test. Unfortunately, many testing kits that have been sold are not giving reliable results, including 3.5 million tests ordered by the UK Government that had to be scrapped.14 In the United States, the FDA has allowed more than 90 companies to enter the market to offer antibody tests. Unfortunately, most of the tests are not generating reliable results.15 It is reasonable to expect that over the next couple of months the FDA will correct this chaotic and unacceptable situation.

Wuhan authorities recently announced commencement of testing 11,000 residents for coronavirus antibodies. Similar antibody testing will be done in nine other Chinese provinces and large cities. The thrust of the Chinese testing is to determine who can safely go back to work. Adding to the confusion, Lin Xihong, a professor at biostatistics at the Harvard T.H. Chan School of Public Health noted, “It is not safe to assume if one has a positive antibody test, one is immune and can go back to work.”16 We do not have the requisite data, but the data should become available in the coming months.

On April 10, NIH announced that it will conduct a survey to determine how many adults in the United States who do not have a confirmed history of infection with COVID-19 nevertheless have antibodies to the virus. Anthony Fauci, director of the National Institute of Allergy and Infectious Diseases (part of NIH), stated, “This study will give us a clearer picture of the true magnitude of the COVID-19 pandemic in the United States by telling us how many people in different communities have been infected without knowing it, because they had a very mild, undocumented illness or did not access testing while they were sick. These crucial data will help us measure the impact of our public health efforts now and guide our COVID-19 response moving forward.”17 I calculate the number of people in the United States who have contracted the coronavirus is only around 3 million people or about 1% of the population. The total number of confirmed U.S. cases is 604,070 through April 16.18 Assume that these cases are ones that show obvious symptoms of COVID-19 and that 80% of infected are asymptomatic, meaning they do not show such symptoms.19 Then the total infected would amount to around 3 million (604,000 / .2) or 1% of the population. If 99% of our citizens have not been exposed, prematurely ending social distancing and self-quarantining would result in a resurgence of infections. However, even if 10% were assumed to have contracted the virus, that leaves 90% of the population still vulnerable to infection. We conclude that the risks of a broad-based near-term return to work and socialization remain high.

Testing and Tracing

The obvious reason for coronavirus testing is to determine who should be isolated and who should be treated. In this regard, the United States lacks enough test kits at medical installations to meet the demand for tests. According to the New York Times,20 as of April 14, around 145,000 people were being tested each day during the week of April 6. Daily new infections reported in the United States are running around 25,000 per day. However, if asymptomatic infections at 80% of total infections are included, then the rate of testing is barely ahead of the daily new infection rate. Substantially greater testing capability is required if the country is to reopen safely. A report by the Safra Center for Ethics at Harvard University stated that the United States needs 5 million tests per day by early June and should increase to 20 million a day by late July to fully remobilize the economy.21 The current mess in testing suggests that the Safra objectives will not be met. There is no understanding concerning which companies are producing tests, how their capacity is being increased, the capital investment required, or the cost per kit of the test that will be manufactured. Many existing tests take too long to generate results. Abbott Laboratories has developed a test that can deliver results in as little as five minutes, but the test equipment is expensive.22 There have been reports by STAT and in The Atlantic that the supply of key chemical ingredients used in testing is low, which could restrain the ramp up of testing.

It takes an estimated four to 14 days for an infected person to show symptoms of the virus. During that period, the victim can infect more people. Increasingly officials are trying to trace the social interaction of infected individuals in order to quarantine the exposed people. The manual process based on extensive interviewing is awkward, time consuming, and expensive. It is understood that Apple and Google are trying to develop an app that would allow automatic tracing of individuals, but to be effective, everyone would need to download and consent to the app.

Ending the Economic and Socialization Lockdown

Criteria for Reopening. President Trump has stated that decisions to reopen cities and states will rest with local, not federal, authorities. While the White House has published guidelines for phasing out lockdown and social distancing, they say little about how our governors and mayors should make such decisions.23 In that sense they are not helpful. What is required is a rules-based framework.

Table 2

Easing of Coronavirus Containment Measures
DateCountryPolicy Measure
Mid-FebChinaLockdowns start to ease. Central government urges employers and workers to resume normal activity. Response lackluster
Early-MarChina"Many factories, shops and restaurants have reopened in regions where the outbreak was less severe. Office workers have continued to work from home where possible. Early
Early-AprChinaWuhan ends lockdown with individuals able to leave the city. Schools remain closed. Schools in less affected regions start to reopen.
Mid-AprSpain"Manufactures, construction and some services allowed to return to work.
Italy"Bookshops, stationers and Children’s clothes shops to reopen. Forestry & gardening to resume. Worst affected regions maintained quarantine rules.
ItalyPossible reopening of schools in September with reduced classes and online lessons.
AustriaHardware and home improvement stores reopen.
CzechSports centers & some shops reopen.
DenmarkKindergartens and schools (up to 5th grade) return.
Late-AprilNorwaySchools reopen starting with kindergartens and primary schools.
Early-MayFranceAim for manufacturers and retail sectors to reopen.
Source: Capital Economics, "How Will Lockdown Be Lifted?," April 15, 2020

China adopted a rule that stated no city could reopen until intensive surveillance found zero new cases for 14 straight days, the assumed virus incubation period.24 On this basis, Wuhan and Nanjing, among other cities, were allowed to reopen. Resolve to Save Lives, a public health advocacy group headed by Dr. Tom Frieden, a former director of the CDC, has issued a series of criteria for determining when physical distancing measures can be loosened. The criteria, which are rules-based and data-driven, are available as a PDF here.25 The principal measures are decreasing cases of new infections for 14 days; decreasing numbers of deaths for 14 days; and decreasing health care worker infections; among other measurements.

I suspect that reopening in the United States will be piecemeal and staggered, phased and gradual: by neighborhoods; by districts; by counties; by business types; and by industries. Bear in mind that since most people have not been infected by the coronavirus and do not have immunity, new infections remain a risk. This suggests that until massive testing is available to determine whether one is infected or possesses coronavirus antibodies, reopening will be a maddeningly slow process. But it is also possible that if powerful treatments and therapies can be introduced such that, for most infected, the coronavirus is not worse than the flu, becoming infected will be an acceptable risk and reopening could be accelerated.

Until that point is reached, we expect that areas will reopen only to be locked down again because of a rise of new infections. In short, reopening will not be across the board, but rather, uneven with periodic shutdowns. This seems to be consistent with Fauci’s view that relaxing social distancing rules will likely occur on a rolling basis and not all at once.26 How much time will be required to permit the restoration of normal economic conditions is unknown at this stage, but the likelihood is that this process could easily extend into 2021.

The Future

One of the consequences of the coronavirus is to stimulate a good deal of introspection about our society. McKinsey & Company recently published a brochure discussing its speculations on long-term consequences of the coronavirus for the U.S. economy. Its principal observations:

McKinsey concluded by noting that decisions could follow two opposing models. In the first, decisions lead to less prosperity, slower growth, widening inequality, bloated government bureaucracies, and rigid borders. In the second, the decisions made during this crisis could result in a burst of innovation and productivity, more resilient industries, smarter government at all levels, and the emergence of a reconnected world. While it is possible to end up with a mixture of both, I believe the United States will end up closer to the first model rather than the second.27

Implications for Investors

We concluded our investment outlook letter in early January by noting that the economic outlook was more subdued, expected investment returns would be lower than in past years, and investment risks were higher. The consequences of the coronavirus have been to greatly accelerate and magnify the trends we feared.

It is astonishing that given the economic destruction that already has taken place, the U.S. equity market as measured by the S&P 500 Index through April 17 was down around only 11%. Clearly investors are looking beyond 2020 to the recovery next year and the likelihood that a vaccine will be developed.

As postulated by McKinsey and others, it is quite likely that the coronavirus will have a lasting impact on our society and an adverse affect on the investment outlook. This does not mean equities are not the most attractive asset among the asset classes available to investors, but rather that investment returns short term may be less predictable and more subdued, while longer-term returns will be below the trend of 8% to 10% per annum.

  1. WHO data do indicate that the daily rate of confirmed new infections is now trending down. The problem is that the data are not considered reliable because most infections are asymptomatic and not reported. World Health Organization, Coronavirus disease situation reports.
  2. Goldman Sachs, Latest Developments on COVID-19 Therapies and Vaccines, April 14, 2020.
  3. Milken Institute, COVID-19 Treatment and Vaccine Tracker. The document aggregates publicly available information on all treatments and vaccines currently in development.
  4. “Compassionate Use of Remdesivir for Patients with Severe COVID-19,” New England Journal of Medicine, April 10, 2020.
  5. Feuerstein and Herper, “Early peek at data on Gilead coronavirus drug suggests patients are responding to treatment,” STAT, April 16, 2020. Bret Stephens also underscored the risks still associated with the preliminary data on remdesivir. “The Story of Remdesivir,” Stephens, New York Times, April 17, 2020.
  8. “Usefulness of Ivermectin in COVID-19 Illness,” Patel et al,
  9. Adjuvants are ingredients in certain vaccines that stimulate a stronger immune response in people receiving the vaccine.
  12. “Vaccine in trial gets federal funding,” Loftus, Wall Street Journal, April 17, 2020.
  13. “Who Is Immune to Coronavirus?”, Marc Lipsitch, New York Times, April 13, 2020.
  14. “Will antibody tests for the coronavirus really change everything?” Mallapaty, Nature, April 18, 2020,
  15. “Antibody test, seen as key to reopening country, does not yet deliver,” Eder, Twohey, Mandavilli, New York times, April 19, 2020.
  16. “Wuhan starts testing people for immunity,” Page, Wall Street Journal, April 17, 2020.
  17. NIH Press Release, NIH begins study to quantify undetected cases of coronavirus infection, April 10, 2020.
  18. Coronavirus disease 2019, Situation Report 87, World Health Organization, April 16, 2020.
  19. WHO, Q&A: Similarities and Differences-COVID-19 and Influenza, March 17, 2020. “For COVID-19, data to date suggest that 80% of infections are mild or asymptomatic…” The 80% figure, however, is not a hard number. Reference is made to “COVID-19: What Proportion Are Asymptomatic?” Heneghan, Brassey, Jefferson, Center for Evidenced Based Medicine, April 6, 2020, which found that between 5% and 80% of people testing positive for COVID-19 may be asymptomatic.
  20. “Testing falls woefully short as Trump seeks an end to stay-at-home orders,” Goodnough, Thomas and Kaplan, New York Times, April 15, 2020.
  21. “Roadmap to Pandemic Resilience,” Safra Center for Ethics at Harvard University, April 20, 2020, Appendix E: Summary of Recommendations.
  24. “The Coronavirus in America: The Year Ahead,” McNeil, New York Times, April 18, 2020.
  26. “Fauci: ‘We’re not there yet’ on key steps to reopen economy,” Neergaard and Pace, AP, April 14, 2020,
  27. “The future is not what it used to be: Thoughts on the shape of the next normal,” Sneader and Singhal, McKinsey & Company, April 2020.