لقاح فايزر-بيون‌تك

(تم التحويل من Pfizer–BioNTech COVID-19 vaccine)
لقاح فايزر-بيون‌تك
INN: توزينامران
Covid19 vaccine biontech pfizer 3.jpg
أمبول لقاح فايزر-بيون‌تك لكوڤيد-19
البيانات السريرية
الأسماء التجاريةComirnaty[1][2]
أسماء أخرىBNT162b2, tozinameran, COVID-19 mRNA vaccine (nucleoside-modified)
License data
فئة السلامة
أثناء الحمل
مسارات
الدواء		Intramuscular
رمز ATC
الحالة القانونية
الحالة القانونية
المعرفات
رقم CAS
PubChem SID
DrugBank
UNII
جزء من سلسلة عن
جائحة كوڤيد-19
SARS-CoV-2 without background.png
خط زمني
2019

2020

2021

المواقع
  • حسب القارة
  • حسب القافلة
الاستجابة الدولية
الاستجابة الطبية
الوقع
  • الاقتصادية-الاجتماعية
  • حسب الصناعة

لقاح فايزر-بيون‌تك لكوڤيد-19 (إنگليزية: Pfizer–BioNTech COVID‑19 vaccine)؛ (INN: tozinameran)، يُباع تحت الاسم التجاري Comirnaty،[14] هو أحد لقاحات كوڤيد-19، طورته شركة بيون‌تك بالتعاون مع شركة فايزر. It is both the first COVID-19 vaccine to be authorized by a stringent regulatory authority for emergency use[15][16] and the first cleared for regular use.[17]

It is given by intramuscular injection. It is an RNA vaccine composed of nucleoside-modified mRNA (modRNA) encoding a mutated form of the spike protein of SARS-CoV-2, which is encapsulated in lipid nanoparticles.[18] The vaccination requires two doses given three weeks apart.[19][20][21] Its ability to prevent severe infection in children, pregnant women, or immunocompromised people is unknown, as is the duration of the immune effect it confers.[21][22][23] As of January 2021, it is one of two RNA vaccines being developed and deployed against COVID‑19, the other being the Moderna COVID‑19 vaccine.

Trials began in April 2020; by November, the vaccine had been tested on more than 40,000 people.[24] An interim analysis of study data showed a potential efficacy of over 90% in preventing infection within seven days of a second dose.[20][21] The most common side effects include mild to moderate pain at the injection site, fatigue, and headache.[25][26] اعتبارا من December 2020, reports of serious side effects, such as allergic reactions, have been very rare,[أ] and no long-term complications have been reported.[28] Phase III clinical trials are ongoing: monitoring of the primary outcomes will continue until August 2021, while monitoring of the secondary outcomes will continue until January 2023.[19]

In December of 2020, the United Kingdom was the first country to authorize the vaccine on an emergency basis,[28] soon followed by the United States, the European Union and several other countries globally.[29][30][7][31][32]

BioNTech is the initial developer of the vaccine, and partnered with Pfizer for development, clinical research, overseeing the clinical trials, logistics, finances and for worldwide manufacturing,[33] with the exception of China, where the license to distribute and manufacture was purchased by Fosun, alongside its investment in BioNTech.[34][35] Distribution in Germany and Turkey is by BioNTech itself.[36] Pfizer indicated in November 2020, that 50 million doses could be available globally by the end of 2020, with about 1.3 billion doses in 2021.[21]

Pfizer has advanced purchase agreements of about US$3 billion for providing a licensed vaccine in the United States, the European Union, the United Kingdom, Japan, Canada, Peru, Singapore, and Mexico.[37][38] Distribution and storage of the vaccine is a logistics challenge because it needs to be stored at temperatures between −80 and −60 °C (−112 and −76 °F),[39] until five days before vaccination[38][39] when it can be stored at 2 to 8 °C (36 to 46 °F), and up to two hours at temperatures up to 25 °C (77 °F)[40][12] or 30 °C (86 °F).[41][42]

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التطوير والتمويل

Before COVID-19 vaccines, a vaccine for an infectious disease had never before been produced in less than several years, and no vaccine existed for preventing a coronavirus infection in humans.[43] After the COVID-19 virus was detected in December 2019,[44] the development of BNT162b2 was initiated on 10 January 2020, when the SARS-CoV-2 genetic sequences were released by the Chinese Center for Disease Control and Prevention via GISAID,[45][46][47] triggering an urgent international response to prepare for an outbreak and hasten development of preventive vaccines.[48][49]

In January 2020, German biotech-company BioNtech started its program 'Lightspeed' to develop a vaccine against the new COVID‑19 virus based on its already established mRNA-technology.[24] Several variants of the vaccine were created in their laboratories in Mainz, and 20 of those were presented to experts of the Paul-Ehrlich-Institute in Langen.[50] Phase I / II Trials were started in Germany on 23 April 2020, and in the U.S. on 4 May 2020, with four vaccine candidates entering clinical testing. The Initial Pivotal Phase II / III Trial with the lead vaccine candidate 'BNT162b2' began in July. The Phase III results indicating a 95% effectiveness of the developed vaccine were published on 18 November 2020.[24]

BioNTech received a US$135 millioninvestment from Fosun in March 2020, in exchange for 1.58 million shares in BioNTech and the future development and marketing rights of BNT162b2 in China,[35] Hong Kong, Macau and Taiwan.[51]

In June 2020, BioNTech received €100 million (US$119 million) in financing from the European Commission and European Investment Bank.[52] In September 2020, the German government granted BioNTech €375 million (US$445 million) for its COVID‑19 vaccine development program.[53]

Pfizer CEO Albert Bourla stated that he decided against taking funding from the US government's Operation Warp Speed for the development of the vaccine "because I wanted to liberate our scientists [from] any bureaucracy that comes with having to give reports and agree how we are going to spend the money in parallel or together, etc." Pfizer did enter into an agreement with the US for the eventual distribution of the vaccine, as with other countries.[54]


التجارب السريرية

Preliminary results from Phase I–II clinical trials on BNT162b2, published in October 2020, indicated potential for its efficacy and safety.[18][55] During the same month, the European Medicines Agency (EMA) began a periodic review of BNT162b2.[56]

The study of BNT162b2 is a continuous-phase trial in Phase III as of November 2020.[19] It is a "randomized, placebo-controlled, observer-blind, dose-finding, vaccine candidate-selection, and efficacy study in healthy individuals".[19] The early-stage research determined the safety and dose level for two vaccine candidates, with the trial expanding during mid-2020 to assess efficacy and safety of BNT162b2 in greater numbers of participants, reaching tens of thousands of people receiving test vaccinations in multiple countries in collaboration with Pfizer and Fosun.[21][35]

The Phase III trial assesses the safety, efficacy, tolerability, and immunogenicity of BNT162b2 at a mid-dose level (two injections separated by 21 days) in three age groups: 12–15 years, 16–55 years or above 55 years.[19] For approval in the EU, an overall vaccine efficacy of 95% was confirmed by the EMA.[57] The EMA clarified that the second dose should be administered three weeks after the first dose.[58]

كفاءة اللقاح– بعد الجرعة الأولى أو الثانية، وبعد جرعتين وحسب الفئة العمرية [57]
Efficacy endpoint Vaccine efficacy (95% confidence interval) [%]
After dose 1 to before dose 2 52.4 (29.5, 68.4)
≥10 days after dose 1 to before dose 2 86.7 (68.6, 95.4)
Dose 2 to 7 days after dose 2 90.5 (61.0, 98.9)
≥7 days after dose 2 (subjects without evidence of infection prior to 7 days after dose 2)
Overall 95.0 (90.0, 97.9)
16–55 years 95.6 (89.4, 98.6)
≥55 years 93.7 (80.6, 98.8)
≥65 years 94.7 (66.7, 99.9)

The ongoing Phase III trial, which is scheduled to run from 2020 to 2022, is designed to assess the ability of BNT162b2 to prevent severe infection, as well as the duration of immune effect.[21][22][23]

تكنولوجيا العقار

انظر أيضاً: لقاح رنا

The BioNTech technology for the BNT162b2 vaccine is based on use of nucleoside-modified mRNA (modRNA) which encodes part of the spike protein found on the surface of the SARS-CoV-2 coronavirus (COVID‑19), triggering an immune response against infection by the virus protein.[59]

The vaccine candidate BNT162b2 was chosen as the most promising among three others with similar technology developed by BioNTech.[19][59][55] Prior to choosing BNT162b2, BioNTech and Pfizer had conducted Phase I trials on BNT162b1 in Germany and the United States, while Fosun performed a Phase I trial in China.[18][60] In these Phase I studies, BNT162b2 was shown to have a better safety profile than the other three BioNTech candidates.[60]

التسلسل

The modRNA sequence of the vaccine is 4,284 nucleotides long.[61] It consists of a five-prime cap; a five prime untranslated region derived from the sequence of human alpha globin; a signal peptide (bases 55–102) and two proline substitutions (K986P and V987P, designated "2P") that cause the spike to adopt a prefusion-stabilized conformation reducing the membrane fusion ability, increasing expression and stimulating neutralizing antibodies;[18][62] a codon-optimized gene of the full-length spike protein of SARS-CoV-2 (bases 103–3879); followed by a three prime untranslated region (bases 3880–4174) combined from AES and mtRNR1 selected for increased protein expression and mRNA stability[63] and a poly(A) tail comprising 30 adenosine residues, a 10-nucleotide linker sequence, and 70 other adenosine residues (bases 4175–4284).[61] The sequence contains no uridine residues; they are replaced by 1-methyl-3'-pseudouridylyl.[61]

التركيب

In addition to the mRNA molecule, the vaccine contains the following inactive ingredients (excipients):[64][4][9]

The first four of these are lipids. The lipids and modRNA together form nanoparticles. ALC-0159 is a polyethylene glycol conjugate (that is, a PEGylated lipid).[65]

The vaccine is supplied in a multidose vial as "a white to off-white, sterile, preservative-free, frozen suspension for intramuscular injection".[12][13] It must be thawed to room temperature and diluted with normal saline before administration.[13]

التراخيص

معجلة

The United Kingdom's Medicines and Healthcare products Regulatory Agency (MHRA) gave the vaccine "rapid temporary regulatory approval to address significant public health issues such as a pandemic" on 2 December 2020, which it is permitted to do under the Medicines Act 1968.[66] It was the first COVID‑19 vaccine to be approved for national use after undergoing large scale trials,[67] and the first mRNA vaccine to be authorized for use in humans.[68][69] The United Kingdom thus became the first Western country to approve a COVID‑19 vaccine for national use,[70] although the decision to fast-track the vaccine was criticised by some experts.[71]

On 8 December 2020, Margaret "Maggie" Keenan, 90, from Fermanagh, became the first person to receive the vaccine in the UK.[72] By 20 December 521,594 UK residents had received the vaccine as part of the national vaccination programme. 70% had been to people aged 80 or over.[73]

After the United Kingdom, the following countries expedited processes to approve the Pfizer–BioNTech COVID‑19 vaccine for use: Argentina,[74] Australia,[75] Bahrain,[76] Canada,[8][77] Chile,[78] Costa Rica,[79] Ecuador,[78] Hong Kong,[80] Iraq,[81] Israel,[82] Jordan,[83] Kuwait,[84] Mexico,[85] Oman,[86] Panama,[87] the Philippines,[88] Qatar,[89] Saudi Arabia,[32][90] Singapore,[91][92] the United Arab Emirates,[93] and the United States.[11]

The World Health Organization (WHO) authorized it for emergency use.[94]

In the United States, an emergency use authorization (EUA) is "a mechanism to facilitate the availability and use of medical countermeasures, including vaccines, during public health emergencies, such as the current COVID‑19 pandemic", according to the FDA.[95] Following an EUA issuance, BioNTech and Pfizer are expected to continue the Phase III clinical trial to finalize safety and efficacy data, leading to application for licensure (approval) of the vaccine in the United States.[95][96][97] The United States Centers for Disease Control and Prevention (CDC) Advisory Committee on Immunization Practices (ACIP) approved recommendations for vaccination of those aged 16 years or older.[98][99]


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قياسية

On 19 December 2020, the Swiss Agency for Therapeutic Products (Swissmedic) approved the Pfizer–BioNTech COVID‑19 vaccine for regular use, two months after receiving the application, stating that the vaccine fully complied with the requirements of safety, efficacy and quality. This is the first authorization under a standard procedure.[1][100] On 23 December, a Lucerne resident, a 90-year-old woman, became the first person to receive the vaccine in Switzerland.[101] This marked the beginning of mass vaccination in continental Europe.[102]

On 21 December 2020, the Committee for Medicinal Products for Human Use (CHMP) of the European Medicines Agency (EMA) recommended granting conditional marketing authorization for the Pfizer–BioNTech COVID‑19 vaccine under the brand name Comirnaty.[2][103][104] The recommendation was accepted by the European Commission the same day.[103][105]

الآثار الجانبية

The adverse effect profile of the Pfizer–BioNTech COVID‑19 vaccine is similar to that of other adult vaccines.[21] During clinical trials, the side effects deemed very common[أ] are (in order of frequency): pain and swelling at the injection site, tiredness, headache, muscle aches, chills, joint pain, and fever.[4] Fever is more common after the second dose.[4] These effects are predictable and to be expected, and it is particularly important that people be aware of this to prevent vaccine hesitancy.[106]

Severe allergic reaction has been observed in approximately 11 cases per million doses of vaccine administered.[107][108] According to a report by the US Centers for Disease Control and Prevention 71% of those allergic reactions happened within 15 minutes of vaccination and mostly (81%) among people with a documented history of allergies or allergic reactions.[107] The UK's Medicines and Healthcare products Regulatory Agency (MHRA) advised on 9 December 2020, that people who have a history of "significant" allergic reaction should not receive the Pfizer–BioNTech COVID‑19 vaccine.[109][110][111] On 12 December, the Canadian regulator followed suit, noting that: "Both individuals in the U.K. had a history of severe allergic reactions and carried adrenaline auto injectors. They both were treated and have recovered."[64]

On 28 January 2021, the European Union published a COVID-19 vaccine safety update which found that "the benefits of Comirnaty in preventing COVID‑19 continue to outweigh any risks, and there are no recommended changes regarding the use the vaccine."[108][112] No new side effects were identified.[108]

التصنيع

طبيب يحمل لقاح فايزر.

Pfizer and BioNTech are manufacturing the vaccine in their own facilities in the United States and in Europe in a three-stage process. The first stage involves the molecular cloning of DNA plasmids that code for the spike protein by infusing them into Escherichia coli bacteria. In the United States, this stage is conducted at a small pilot plant in Chesterfield, Missouri[113] (near St. Louis). After four days of growth, the bacteria are killed and broken open, and the contents of their cells are purified over a week and a half to recover the desired DNA product. The DNA is stored in tiny bottles and frozen for shipment. Safely and quickly transporting the DNA at this stage is so important that Pfizer has used its company jet and helicopter to assist.[114]

The second stage is being conducted at plants in Andover, Massachusetts[115] in the United States, and in Germany. The DNA is used as a template to build the desired mRNA strands. Once the mRNA has been created and purified, it is frozen in plastic bags about the size of a large shopping bag, of which each can hold up to 5 to 10 million doses. The bags are placed on special racks on trucks which take them to the next plant.[114]

The third stage is being conducted at plants in Portage, Michigan[116] (near Kalamazoo) in the United States, and Puurs in Belgium. This stage involves combining the mRNA with lipid nanoparticles, then filling vials, boxing vials, and freezing them.[114] Croda International subsidiary Avanti Polar Lipids is providing the requisite lipids.[117] As of November 2020, the major bottleneck in the manufacturing process was combining mRNA with lipid nanoparticles.[114]

BioNTech announced in September 2020 that it had signed an agreement to acquire from Novartis a manufacturing facility in Marburg, Germany, to expand their vaccine production capacity.[118] Once fully operational, the facility would produce up to 750 million doses per year, or over 60 million doses per month. The site will be the third BioNTech facility in Europe which currently produces the vaccine, while Pfizer operates at least four production sites in the United States and Europe.

الطلبيات المسبقة والخدمات اللوجستية

Pfizer indicated in its 9 November press release that 50 million doses could be available by the end of 2020, with about 1.3 billion doses provided globally by 2021.[21] In February 2021, BioNTech announced it would increase production by more than 50% in order to manufacture two billion doses in 2021.[119]

In July 2020, the vaccine development program Operation Warp Speed placed an advance order of US$1٫95 billion with Pfizer to manufacture 100 million doses of a COVID‑19 vaccine for use in the United States if the vaccine was shown to be safe and effective.[34][120][121][122] By mid-December 2020, Pfizer had agreements to supply 300 million doses to the European Union,[123] 120 million doses to Japan,[124] 40 million doses (10 million before 2021) to the United Kingdom,[23] 20 million doses to Canada,[125] an unspecified number of doses to Singapore,[126] and 34.4 million doses to Mexico.[127] Fosun also has agreements to supply 10 million doses to Hong Kong and Macau.[128] The Hong Kong government said it would receive its first batch of one million doses by the first quarter of 2021.[129]

BioNTech and Fosun agreed to supply Mainland China with a batch of 100 million doses in 2021, subject to regulatory approval. The initial supply will be delivered from BioNTech's production facilities in Germany.[130]

The vaccine is being delivered in vials that, once diluted, contain 2.25 ml of vaccine (0.45 ml frozen plus 1.8ml diluent).[97] According to the vial labels, each vial contains five 0.3 ml doses, however excess vaccine may be used for one, or possibly two, additional doses.[97][131] The use of low dead space syringes to obtain the additional doses is preferable, and partial doses within a vial should be discarded.[97][132] The Italian Medicines Agency officially authorized the use of excess doses remaining within single vials.[133] As of 8 January 2021, each vial contains six doses.[4][134][135][132]

Temperature the Pfizer vaccine must be kept at to ensure effectiveness, roughly between (−80 and −60 °C)

Logistics in developing countries which have preorder agreements with Pfizer—such as Ecuador and Peru—remain unclear.[38] Even high-income countries have limited cold chain capacity for ultracold transport and storage of a vaccine that degrades within five days when thawed, and requires two shots three weeks apart.[38] The vaccine needs to be stored and transported at ultracold temperatures between −80 and −60 °C (−112 and −76 °F),[39][23][38][136][137] much lower than for the similar Moderna vaccine. The head of Indonesia's Bio Farma Honesti Basyir stated that purchasing the vaccine is out of the question for the world's fourth-most populous country, given that it did not have the necessary cold chain capability. Similarly, India's existing cold chain network can only handle temperatures between 2 and 8 °C (36 and 46 °F), far above the requirements of the vaccine.[138][139]

In January 2021, Pfizer and BioNTech offered to supply 50 million doses of COVID‑19 vaccine for health workers across Africa between March and the end of 2021, at a discounted price of US$10 per dose.[140]

As of January 2021, in the United States, vials will be counted as five doses when accompanied by regular syringes and as six doses when accompanied by low dead space syringes.[141]


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انظر أيضاً

المصادر

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