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Moderna COVID-19 vaccine

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"Moderna vaccine" redirects here. For other Moderna vaccination topics, see Moderna.

Moderna COVID-19 vaccine
INN: elasomeran
Moderna COVID-19 vaccine.jpg
Vials of the Moderna COVID-19 vaccine
Vaccine description
TargetSARS-CoV-2
Vaccine typemRNA
Clinical data
Pronunciation/məˈdɜːrnə/ mə-DUR-nə[1]
Trade namesSpikevax[2]
Other namesmRNA-1273, CX-024414, COVID-19 mRNA Vaccine Moderna, TAK-919, Moderna COVID‑19 Vaccine, COVID‑19 Vaccine Moderna, COVID-19 Vaccine Moderna Intramuscular Injection[3]
AHFS/Drugs.comMultum Consumer Information
MedlinePlusa621002
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administration		Intramuscular
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  • None
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  • 2430046-03-8 checkY
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The Moderna COVID‑19 vaccine (pINN: elasomeran[21]), codenamed mRNA-1273 and sold under the brand name Spikevax,[2] is a COVID-19 vaccine developed by Moderna, the United States National Institute of Allergy and Infectious Diseases (NIAID) and the Biomedical Advanced Research and Development Authority (BARDA). It is authorized for use in people aged twelve years and older in some jurisdictions and for people eighteen years and older in other jurisdictions to provide protection against COVID-19 which is caused by infection by the SARS-CoV-2 virus.[17][2][22] It is designed to be administered as two or three 0.5 mL doses given by intramuscular injection at an interval of at least 28 days apart.[19][23][24][25]

It is an RNA vaccine composed of nucleoside-modified mRNA (modRNA) encoding a spike protein of SARS-CoV-2, which is encapsulated in lipid nanoparticles.[26]

It is authorized for use at some level in many countries.[27][28][29][30]

On 15 March 2021, Moderna's second COVID‑19 vaccine (mRNA-1283) started phase I clinical trials. This vaccine candidate can potentially be kept in refrigerators instead of freezers, making distributions easier especially in developing countries.[31][32]

Medical uses

The Moderna COVID‑19 vaccine is used to provide protection against infection by the SARS-CoV-2 virus in order to prevent COVID‑19.[17][2]

The vaccine is given by intramuscular injection into the deltoid muscle.[19] The initial course consists of two doses.[19] The World Health Organization (WHO) recommends an interval of 28 days between doses.[33] Data show that first dose efficacy persists for up to ten weeks.[33] Therefore, to avoid deaths where supplies are limited, the WHO recommends delaying the second dose by up to 12 weeks to achieve high coverage of the first dose in high-priority groups.[33] A third dose can be added after 28 days for immunocompromised people in some countries.[24][25]

Efficacy

Cumulative Incidence Curves for the First COVID‑19 Occurrence (Moderna mRNA-1273 vaccine)

Evidence of vaccine efficacy starts about two weeks after the first dose.[34] High efficacy is achieved with full immunization, two weeks after the second dose, and was evaluated at 94.1%: at the end of the vaccine study that led to emergency authorization in the US, there were eleven cases of COVID‑19 in the vaccine group (out of 15,181 people) versus 185 cases in the placebo group (15,170 people).[34] Moreover, there were zero cases of severe COVID‑19 in the vaccine group, versus eleven in the placebo group.[35] This efficacy has been described as "astonishing"[36] and "borderline historic"[37] for a respiratory virus vaccine, and it is similar to the efficacy of the Pfizer–BioNTech COVID-19 vaccine.[38][39]

Efficacy estimates were similar across age groups, sexes, racial and ethnic groups, and participants with medical comorbidities associated with high risk of severe COVID‑19.[40] Only individuals aged 18 or older were studied. Studies are underway to gauge efficacy and safety in children aged 0–11 (KidCOVE) and 12–17 (TeenCOVE).[41]

A further study conducted by the US Centers for Disease Control and Prevention (CDC) between December 2020, and March 2021, on nearly 4 thousand health care personnel, first responders, and other essential and frontline workers concluded that under real-world conditions, mRNA vaccine effectiveness of full immunization (14 days or more after second dose) was 90% against SARS-CoV-2 infections, regardless of symptoms, and vaccine effectiveness of partial immunization (14 days or more after first dose but before second dose) was 80%.[42]

The duration of protection provided by the vaccine is unknown as of April 2021,[26][43] and a two-year followup study is underway to determine the duration.[37]

Preliminary results from a Phase III trial indicate that vaccine efficacy is durable, remaining at 93% six months after the second dose.[44]

The high efficacy of the vaccine already after the first dose[45](i.e. with suboptimal antibody titers), the observation that its immunogenicity even at quarter or half of the standard dose is substantial[46] and the observed dose-side effect relationship[46][45] has led to personalized vaccination concepts: Epidemic modelling using Moderna vaccine characteristics predicts[47][48][unreliable medical source?] that in a setting of limited vaccine availabilty,[49] when a wave of virus Variants of Concern hits a country, the societal benefit of vaccination may be enhanced and accelerated by a personalized dosing strategy, adapted to the state of the pandemic, country demographics, age of the recipients, availability of vaccines, and individual risk for severe disease. Using standard dosing in the elderly will reduce severe disease and deaths as shown in the pivotal study,[26] reduced dosing (thus multiplying the number of early recipients) in the healthy young that drive the pandemic spread through frequent social contacts may stop the pandemic earlier while still eliciting a sufficient immune response,[46][50][51][52] and giving an additional booster dose to the immunosuppressed[53] may optimize vaccine efficacy in this subpopulation known for weak immune response to vaccination.

Effectiveness

A vaccine is generally considered effective if the estimate is ≥50% with a >30% lower limit of the 95% confidence interval.[54]

Preliminary data from a study in Minnesota suggest that the vaccine remains effective against hospitalization and asymptomatic infection by the Delta variant. From January to July 2021, the dominant variant in Minnesota shifted from Alpha in January, with a prevalence of 85%, to Delta in July, with a prevalence of 70%. Effectiveness against hospitalization by any variant fell slightly, from 92% (95% CI, 81–97%) over the entire period to 81% (33–96%) in July. Effectiveness against asymptomatic infection by any variant also fell only slightly, from 86% (81–91%) over the entire period to 76% (58–87%) in July. By comparison, effectiveness against asymptomatic infection by any variant fell further for the Pfizer–BioNTech vaccine, from 76% (69–81%) over the entire period to 42% (13–62%) in July.[55][unreliable medical source?]

On 27 August, the Centers for Disease Control and Prevention published a study reporting that the effectiveness against infection decreased from 91% (81–96%) to 66% (26–84%) when the Delta variant became predominant in the US, which may be due to unmeasured and residual confounding related to a decline in vaccine effectiveness over time.[56]

Effectiveness by variant
Doses Severity of illness Alpha[a] Beta[a] Gamma[a] Delta Others circulating previously[a]
1 Symptomatic 61% (56–66%) 43% (22–59%) Not reported 61% (53–67%)
Hospitalization 59% (39–73%) 56% (−9 to 82%) Not reported 76% (46–90%)
2 Symptomatic 90% (85–94%) 88% (61–96%) Not reported 93% (87–96%)
Hospitalization 94% (59–99%) 100%[b] Not reported 90% (80–100%)
  1. ^ Jump up to: a b c d 14 December 2020 to 19 April 2021 in Ontario, Canada.[57]
  2. ^ A confidence interval was not provided, so it is not possible to know the accuracy of this measurement.

Specific populations

Limited data are available on the safety of the Moderna COVID‑19 vaccine for people who are pregnant.[58] The initial study excluded pregnant women or discontinued them from vaccination upon a positive pregnancy test.[34] Studies in animals found no safety concerns and clinical trials are underway to evaluate the safety and efficacy of COVID‑19 vaccines in pregnant people.[58] Real-world observations through the CDC v-safe tracking program have not uncovered unusual numbers of adverse events or outcomes of interest.[59] Based on the results of a preliminary study, the US CDC recommends that pregnant people get vaccinated with the COVID‑19 vaccine.[60][61]

Adverse effects

See also: Vaccine adverse event
"Moderna arm",[62] a non-serious skin reaction rarely seen ~7 days after injection with the Moderna vaccine.

The World Health Organization (WHO) stated that "the safety data supported a favorable safety profile" and that the vaccine's AE (adverse event) profile "did not suggest any specific safety concerns".[34] The most common adverse events were pain at the injection site, fatigue, headache, myalgia (muscle pain), and arthralgia (joint pain).[34]

The US Centers for Disease Control and Prevention (CDC) has reported anaphylaxis (a severe allergic reaction) in 2.5 cases per million doses administered and has recommended a 15-minute observation period after injection.[63] Delayed cutaneous reactions at injection sites resulting in rash-like erythemas have also been observed in rare cases but are not considered serious or contraindications to subsequent vaccination.[64] The incidence rate for local adverse erythema is about 10.8%, in 1.9% of cases redness may extend to a size of 100mm or greater.[65]

On 23 June 2021, the US CDC confirmed that myocarditis or pericarditis occurs in about 13 of every 1 million young people, mostly male and over the age of 16, who received the Moderna or the Pfizer–BioNTech vaccine. Most affected individuals recover quickly with adequate treatment and rest.[66]

Pharmacology

Moderna's technology uses a nucleoside-modified messenger RNA (modRNA) compound codenamed mRNA-1273. Once the compound is inside a human cell, the mRNA links up with the cell's endoplasmic reticulum. The mRNA-1273 is encoded to trigger the cell into making a specific protein using the cell's normal manufacturing process. The vaccine encodes a version of the spike protein with a modification called 2P, in which the protein includes two stabilizing mutations in which the original amino acids are replaced with prolines, developed by researchers at the University of Texas at Austin and the National Institute of Allergy and Infectious Diseases' Vaccine Research Center.[67][68][69][70][unreliable medical source?] Once the protein is expelled from the cell, it is eventually detected by the immune system, which begins generating efficacious antibodies. The mRNA-1273 drug delivery system uses a PEGylated lipid nanoparticle drug delivery (LNP) system.[71]

Chemistry

The vaccine contains the following ingredients:[17][65]

The active ingredient is an mRNA sequence containing a total of 4101 nucleotides that encodes the full-length SARS-CoV-2 spike (S) glycoprotein,[72] with two mutations (K986P and V987P) designed to stabilize the pre-fusion conformation. The sequence is further optimized by:[73][74]

  • all uridines (U) substituted with N1-methylpseudouridine (U → m1Ψ),
  • flanked by an artificial 5' untranslated region (UTR) and a 3' UTR derived from the human alpha globin gene (HBA1),
  • introduction of two additional stop codons,
  • terminated by a 3' poly(A) tail.

A putative sequence of the vaccine has been published on a forum for professional virologists, obtained by direct sequencing of residual vaccine material in used vials.[75]

The vaccine mRNA is dissolved in an aqueous buffer containing tromethamine, tromethamine hydrochloride, sodium acetate, and sucrose.[19] The mRNA is encapsulated in lipid nanoparticles that stabilize the mRNA and facilitate its entry into cells.[26] The nanoparticles are manufactured from the following lipids:

  • 1,2-distearoyl-sn-glycero-3-phosphocholine (DSPC),[19]
  • cholesterol,[19]
  • PEG2000-DMG (polyethylene glycol (PEG) 2000-dimyristoyl glycerol (DMG)),[19] and
  • SM-102[19]

Manufacturing

An insulated shipping container with Moderna vaccine boxes ensconced by cold packs
Moderna vaccine being stored in a conventional medical freezer

Moderna is relying extensively on contract manufacturing organizations to scale up its vaccine manufacturing process. The first step of the process—synthesis of DNA plasmids (to be used as a template for synthesis of mRNA)—has been handled by a contractor called Aldevron based in Fargo, North Dakota.[76] For the remainder of the process, Moderna contracted with Lonza Group to manufacture the vaccine at facilities in Portsmouth, New Hampshire in the United States, and in Visp in Switzerland, and purchased the necessary lipid excipients from CordenPharma.[77] Besides CMOs, Moderna also manufactures the vaccine at its own production facility in Norwood, Massachusetts.[78]

For the tasks of filling and packaging vials (fill and finish), Moderna entered into contracts with Catalent in the United States and Laboratorios Farmacéuticos Rovi in Spain.[77] In April 2021, Moderna expanded its agreement with Catalent to increase manufacturing output at the latter's plant in Bloomington, Indiana. The expansion will allow Catalent to manufacture up to 400 vials per minute and fill an additional 80 million vials per year.[79] Later that month, Moderna announced its plans to spend billions of dollars to boost production of its vaccines, potentially tripling the output in 2022, claiming as well that it would make no less than 800 million doses in 2021. The increase in production is in part attributed to improvements made by the company in manufacturing methods.[80][81][82]

The Moderna news followed preliminary results from the Pfizer-BioNTech vaccine candidate, BNT162b2, with Moderna demonstrating similar efficacy, but requiring storage at the temperature of a standard medical refrigerator of 2–8 °C (36–46 °F) for up to thirty days or −20 °C (−4 °F) for up to four months, whereas the Pfizer-BioNTech candidate requires ultracold freezer storage between −80 and −60 °C (−112 and −76 °F).[83][84] Low-income countries usually have cold chain capacity for only standard refrigerator storage, not ultracold freezer storage.[85][86] In February 2021, the restrictions on the Pfizer vaccine were relaxed when the US Food and Drug Administration (FDA) updated the emergency use authorization (EUA) to permit undiluted frozen vials of the vaccine to be transported and stored at between −25 and −15 °C (−13 and 5 °F) for up to two weeks before use.[65][87][88] The vaccine should not be stored at a temperature below −50 °C (−58 °F).[89]

In November 2020, Nature reported that "While it's possible that differences in LNP formulations or mRNA secondary structures could account for the thermostability differences [between Moderna and BioNtech], many experts suspect both vaccine products will ultimately prove to have similar storage requirements and shelf lives under various temperature conditions."[90]

History

In January 2020, Moderna announced development of an RNA vaccine, codenamed mRNA-1273, to induce immunity to SARS-CoV-2.[91][92][93]

Moderna received US$955 million from BARDA, an office of the US Department of Health and Human Services. BARDA funded 100% of the cost of bringing the vaccine to FDA licensure.[94][95]

The United States government provided US$2.5 billion in total funding for the Moderna COVID‑19 vaccine (mRNA-1273).[96] Private donors also made contributions to the vaccine's development. The Dolly Parton Covid-19 Research Fund contributed with US$1 million.[97]

Clinical trials

Phase I–II

In March 2020, the Phase I human trial of mRNA-1273 began in partnership with the US National Institute of Allergy and Infectious Diseases.[98] In April, the US Biomedical Advanced Research and Development Authority (BARDA) allocated up to $483 million for Moderna's vaccine development.[99] Plans for a Phase II dosing and efficacy trial to begin in May were approved by the US Food and Drug Administration (FDA).[100] Moderna signed a partnership with Swiss vaccine manufacturer Lonza Group,[101] to supply 300 million doses per annum.[102]

On 25 May 2020, Moderna began a Phase IIa clinical trial recruiting six hundred adult participants to assess safety and differences in antibody response to two doses of its candidate vaccine, mRNA-1273, a study expected to complete in 2021.[103]

On 14 July 2020, Moderna scientists published preliminary results of the Phase I dose escalation clinical trial of mRNA-1273, showing dose-dependent induction of neutralizing antibodies against S1/S2 as early as 15 days post-injection. Mild to moderate adverse reactions, such as fever, fatigue, headache, muscle ache, and pain at the injection site were observed in all dose groups, but were common with increased dosage.[74] The vaccine in low doses was deemed safe and effective in order to advance a Phase III clinical trial using two 100-μg doses administered 29 days apart.[74]

In July 2020, Moderna announced in a preliminary report that its Operation Warp Speed candidate had led to production of neutralizing antibodies in healthy adults in Phase I clinical testing.[74][104] "At the 100-microgram dose, the one Moderna is advancing into larger trials, all 15 patients experienced side effects, including fatigue, chills, headache, muscle pain, and pain at the site of injection."[105] The troublesome higher doses were discarded in July from future studies.[105][duplication?]

Phase III

Moderna and the National Institute of Allergy and Infectious Diseases began a Phase III trial in the US on 27 July, with a plan to enroll and assign thirty-thousand volunteers to two groups – one group receiving two 100-μg doses of mRNA-1273 vaccine and the other receiving a placebo of 0.9% sodium chloride.[106] As of 7 August, more than 4,500 volunteers had enrolled.[citation needed]

In September 2020, Moderna published the detailed study plan for the clinical trial.[107] On 30 September, CEO Stéphane Bancel said that, if the trial is successful, the vaccine might be available to the public as early as late March or early April 2021.[108] As of October 2020, Moderna had completed the enrollment of 30,000 participants needed for its Phase III trial.[109] The US National Institutes of Health announced on 15 November 2020, that overall trial results were positive.[110]

Since September 2020, Moderna has used Roche Diagnostics' Elecsys Anti-SARS-CoV-2 S test, authorized by the US Food and Drug Administration (FDA) under an Emergency Use Authorization (EUA) on 25 November 2020. According to an independent supplier of clinical assays in microbiology, "this will facilitate the quantitative measurement of SARS-CoV-2 antibodies and help to establish a correlation between vaccine-induced protection and levels of anti-receptor binding domain (RBD) antibodies." The partnership was announced by Roche on 9 December 2020.[111]

A review by the FDA in December 2020, of interim results of the Phase III clinical trial on mRNA-1273 showed it to be safe and effective against COVID‑19 infection resulting in the issuance of an EUA by the FDA.[112]

In February 2021, results from Phase III clinical trial were published in the New England Journal of Medicine, indicating 94% efficacy in preventing COVID‑19 infection.[26][84][113] Side effects included flu-like symptoms, such as pain at the injection site, fatigue, muscle pain, and headache.[84] The clinical trial is ongoing and is set to conclude in late 2022.[114]

Authorizations

  Full authorization
  Emergency authorization
  Eligible COVAX recipient
See also: List of COVID-19 vaccine authorizations § Moderna

Expedited

As of December 2020, mRNA-1273 was under evaluation for emergency use authorization (EUA) by multiple countries which would enable rapid rollout of the vaccine in the United Kingdom, the European Union, Canada, and the United States.[115][116][117][118]

On 18 December 2020, mRNA-1273 was authorized by the US Food and Drug Administration (FDA) under an EUA.[16][18][112] This is the first product from Moderna that has been authorized by the FDA.[119][120]

On 23 December 2020, mRNA-1273 SARS-CoV-2 was authorized by Health Canada.[8][9]

On 5 January 2021, mRNA-1273 was authorized for use in Israel by its Ministry of Health.[121]

On 3 February 2021, mRNA-1273 was authorized for use in Singapore by its Health Sciences Authority.[122]

On 30 April 2021, the World Health Organization (WHO) granted emergency use listing.[123][124]

On 5 May 2021, mRNA-1273 was authorized for emergency use in the Philippines by the Philippines Food and Drug Administration.[125]

On 21 May 2021, COVID-19 Vaccine Moderna Intramuscular Injection (formerly TAK-919) was authorized for emergency use in Japan.[3]

On 29 June 2021, mRNA-1273 was authorized for use in India by the Drugs Controller General of India.[126] The same day, the vaccine was also approved by the Ministry of Health of Vietnam for emergency use in the country.[127]

On 5 August 2021, Malaysia's National Pharmaceutical Regulatory Agency (NPRA) has given conditional registration for emergency use of the vaccine in the country.[128]

Standard

On 6 January 2021, the European Medicines Agency (EMA) recommended granting conditional marketing authorization[2][129] and the recommendation was accepted by the European Commission the same day.[20][130] On 6 June 2021, the EMA started evaluating an application to extend the use of the COVID‑19 Vaccine Moderna to include people aged 12 to 17.[131]

On 12 January 2021, Swissmedic granted temporary authorization for the Moderna COVID-19 mRNA Vaccine in Switzerland.[132][133]

On 31 March 2021, the Medicines and Healthcare products Regulatory Agency (MHRA) granted conditional marketing authorization in the United Kingdom.[12][14][15]

On 9 August 2021, Spikevax was granted provisional approval in Australia.[7]

Further development

US military personnel being administered the Moderna vaccine in December 2020
CDC COVID-19 vaccine card showing the first Moderna shot.

It remains unknown whether the Moderna COVID-19 vaccine provides life-long immunity or if periodic booster shots are required.[84] Pregnant and breastfeeding women were also excluded from the initial trials used to obtain Emergency Use Authorization,[134] though trials in those populations are expected to be performed in 2021.[135]

In January 2021, Moderna announced that it would offer a third dose of its vaccine to people who were vaccinated twice in its Phase I trial. The booster would be made available to participants six to twelve months after they got their second dose. The company said it may also study a third shot in participants from its Phase III trial, if antibody persistence data warranted it.[136][137][138]

In 2020, Moderna partnered with Takeda Pharmaceutical Company, and the Japan Ministry of Health, Labour and Welfare (MHLW).[139][140] The vaccine is known as "COVID-19 Vaccine Moderna Intramuscular Injection".[141][3]

On 25 January 2021, Moderna started development of a new form of its vaccine, called mRNA-1273.351, that could be used as a booster shot against the Beta variant (lineage B.1.351).[142][143] It also started testing to see if a third shot of the existing vaccine could be used to fend off the virus variants.[143] On 24 February, Moderna announced that it had manufactured and shipped sufficient amounts of mRNA-1273.351 to the National Institutes of Health to run Phase I clinical trials.[144] On 16 March 2021, in order to increase the span of vaccination beyond adults, Moderna started the clinical trials of vaccines on children age 6-months to 11-years-old in the US and in Canada (KidCove),[145] in addition to the existing and fully-enrolled study on 12-17 year-olds (TeenCOVE).[146][30]

Moderna is also investigating a multivalent booster, mRNA-1273.211, which combines a 50-50 mix of mRNA-1273 and mRNA-1273.351.[147][148]

Homologous prime-boost vaccination

See also: COVID-19 vaccine clinical research § Homologous prime-boost vaccination

In August 2021, the US Food and Drug Administration (FDA) and the US Centers for Disease Control and Prevention (CDC) authorized the use of an additional mRNA vaccine dose for immunocompromised individuals.[24][25]

Heterologous prime-boost vaccination

For use as a heterologous booster dose, see Oxford–AstraZeneca COVID-19 vaccine § Heterologous prime-boost vaccination.
See also: COVID-19 vaccine clinical research § Heterologous prime-boost vaccination

Society and culture

Brand names

mRNA-1273 was the code name during development and testing,[26][120] elasomeran is the proposed international nonproprietary name (pINN),[21][73] and Spikevax is the brand name.[2]

Economics

Kamala Harris, Vice President of the United States, receiving her second dose of the Moderna vaccination in January 2021.

In June 2020, Singapore signed a pre-purchase agreement for Moderna, reportedly paying a price premium in order to secure early stock of vaccines, although the government declined to provide the actual price and quantity, citing commercial sensitivities and confidentiality clauses.[149][150]

On 11 August 2020, the US government signed an agreement to buy 100 million doses of Moderna's anticipated vaccine,[151] which the Financial Times said Moderna planned to price at US$50–60 per course.[152] On November 2020, Moderna said it will charge governments who purchase its vaccine between US$25 and US$37 per dose while the EU is seeking a price of under US$25 per dose for the 160 million doses it plans to purchase from Moderna.[153][154]

In 2020, Moderna obtained purchase agreements for mRNA-1273 with the European Union for 160 million doses and with Canada for up to 56 million doses.[155][156] On 17 December, a tweet by the Belgium Budget State Secretary revealed the E.U. would pay US$18 per dose, while The New York Times reported that the US would pay US$15 per dose.[157]

In February 2021, Moderna said it was expecting US$18.4 billion in sales of its COVID-19 vaccine.[158]

Controversies

In May 2020, after releasing partial and non-peer reviewed results for only eight of 45 candidates in a preliminary pre-Phase I stage human trial directly to financial markets, the CEO announced on CNBC an immediate $1.25 billion rights issue to raise funds for the company, at a $30 billion valuation,[159] while Stat said, "Vaccine experts say Moderna didn't produce data critical to assessing COVID-19 vaccine."[160]

On 7 July 2020, disputes between Moderna and government scientists over the company's unwillingness to share data from the clinical trials were revealed.[161]

Moderna also faced criticism for failing to recruit people of color in clinical trials.[162]

On 18 August 2021, the US Department of Health and Human Services announced a plan to offer a booster dose eight months after the second dose, citing evidence of reduced protection against mild and moderate disease and the possibility of reduced protection against severe disease, hospitalization, and death.[163] Scientists and the WHO reaffirmed the lack of evidence on the need for a booster dose for healthy people and that the vaccine remains effective against severe disease months after administration.[164] In a statement, the WHO and SAGE said that, while protection against infection may be diminished, protection against severe disease will likely be retained due to cell-mediated immunity.[165] Research into optimal timing for boosters is still ongoing, and a booster too early may lead to less robust protection.[166]

On August 26, 2021, Japan suspended the use of more than 1.6 million doses of the Moderna vaccine after reports of contaminated vials.[167]

Misinformation

See also: COVID-19 misinformation

Videos on video-sharing platforms circulated around May 2021 showing people having magnets stick to their arms after receiving the vaccine, purportedly demonstrating the conspiracy theory that vaccines contain microchips, but these videos have been debunked.[168][169][170][171]

Patent litigation

The PEGylated lipid nanoparticle (LNP) drug delivery system of mRNA-1273 has been the subject of ongoing patent litigation with Arbutus Biopharma, from whom Moderna had previously licensed LNP technology.[71][172] On 4 September 2020, Nature Biotechnology reported that Moderna had lost a key challenge in the ongoing case.[173]

References

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Further reading

  • World Health Organization (2021). Background document on the mRNA-1273 vaccine (Moderna) against COVID-19: background document to the WHO Interim recommendations for use of the mRNA-1273 vaccine (Moderna), 3 February 2021 (Report). World Health Organization (WHO). hdl:10665/339218. WHO/2019-nCoV/vaccines/SAGE_recommendation/mRNA-1273/background/2021.1.

External links

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