COVID-19 Clinical Trial
Official title:
AN INTERVENTIONAL EFFICACY AND SAFETY, PHASE 2/3, DOUBLE-BLIND, 2-ARM STUDY TO INVESTIGATE ORALLY ADMINISTERED PF-07321332/RITONAVIR COMPARED WITH PLACEBO IN NONHOSPITALIZED SYMPTOMATIC ADULT PARTICIPANTS WITH COVID-19 WHO ARE AT INCREASED RISK OF PROGRESSING TO SEVERE ILLNESS
Verified date | January 2023 |
Source | Pfizer |
Contact | n/a |
Is FDA regulated | No |
Health authority | |
Study type | Interventional |
The purpose of this study is to determine whether PF-07321332/ritonavir is safe and effective for the treatment of adults who are ill with COVID-19 and do not need to be in the hospital, but are at an increased risk of developing severe illness. Throughout the study period, provision will be made to allow study visits to be conducted at a participant's home or another non-clinic location if available. The total study duration is up to 24 weeks.
Status | Completed |
Enrollment | 2246 |
Est. completion date | April 25, 2022 |
Est. primary completion date | December 9, 2021 |
Accepts healthy volunteers | No |
Gender | All |
Age group | 18 Years and older |
Eligibility | Inclusion Criteria: - Confirmed SARS-CoV-2 infection within 5 days prior to randomization - Initial onset of COVID-19 signs/symptoms within 5 days prior to the day of randomization and at least 1 of the specified COVID-19 signs/symptoms present on the day of randomization - Fertile participants must agree to use a highly effective method of contraception - Has at least 1 characteristic or underlying medical condition associated with an increased risk of developing severe illness from COVID-19 Exclusion Criteria: - History of or need for hospitalization for the medical treatment of COVID-19 - Prior to current disease episode, any confirmed SARS-CoV-2 infection - Known medical history of active liver disease - Receiving dialysis or have known moderate to severe renal impairment - Known human immunodeficiency virus (HIV) infection with a viral load greater than 400 copies/mL or taking prohibited medications for HIV treatment - Suspected or confirmed concurrent active systemic infection other than COVID-19 - History of hypersensitivity or other contraindication to any of the components of the study intervention - Current or expected use of any medications or substances that are highly dependent on CYP3A4 for clearance or are strong inducers of CYP3A4 - Has received or is expected to receive convalescent COVID-19 plasma - Has received or is expected to receive any dose of a SARS-CoV-2 vaccine before the Day 34 visit - Participating in another interventional clinical study with an investigational compound or device, including those for COVID-19 through the long-term follow-up visit - Known prior participation in this trial or other trial involving PF-07321332 - Oxygen saturation of <92% on room air, or on their standard home oxygen supplementation for those who regularly receive chronic supplementary oxygen for an underlying lung condition - Females who are pregnant or breastfeeding |
Country | Name | City | State |
---|---|---|---|
Argentina | Hospital De Clínicas Presidente Dr.Nicolas Avellaneda | San Miguel de Tucuman | Tucuman |
Argentina | Instituto de Investigaciones Clinicas Zarate | Zarate | Buenos Aires |
Brazil | Chronos Pesquisa Clinica | Brasilia | Distrito Federal |
Brazil | CECIP JAÚ - Centro de Estudos Clínicos do Interior Paulista - LTDA | Jau | SAO Paulo |
Brazil | Hospital Agamenon Magalhaes | Recife | Pernambuco |
Bulgaria | Individual Practice for Primary Medical Care - IPPMC - Dr. P. Panayotov EOOD | Burgas | |
Bulgaria | "Specialized Hospital for Active Treatment of Pneumo-Phthisiatric Diseases-Haskovo" Ltd | Haskovo | |
Bulgaria | MHAT "Sv.Ivan. Rilski'' Kozloduy EOOD | Kozloduy | |
Bulgaria | Diagnostic-Consultative Center I Lom EOOD | Lom | |
Bulgaria | Multiprofile Hospital for Active Treatment- Sveti Nikolay Chudotvoretz EOOD | Lom | |
Bulgaria | Medical centre Leo Clinic EOOD | Lovech | |
Bulgaria | MHAT Heart and Brain EAD | Pleven | |
Bulgaria | DCC Sveti Georgi EOOD | Plovdiv | |
Bulgaria | MHAT "St. Panteleimon "- Plovdiv | Plovdiv | |
Bulgaria | Multiprofile Hospital for Active Treatment Sveti Ivan Rilski - Razgrad AD | Razgrad | |
Bulgaria | "Specialized Hospital for Active Treatment of Pneumo-Physiatric Diseases Dr. Dimitar Gramatikov - | Ruse | |
Bulgaria | UMHAT Medica Ruse OOD | Ruse | |
Bulgaria | Multiprofile Hospital for Active Treatment - Samokov EOOD | Samokov | |
Bulgaria | Medical Center-1-Sevlievo EOOD | Sevlievo | |
Bulgaria | Multiprofile Hospital For Active Treatment Shumen AD | Shumen | |
Bulgaria | MHAT "Dr. Ivan Seliminski" AD, Sliven | Sliven | |
Bulgaria | Multiprofile hospital for active treatment - Sliven to Military Medical Academy | Sliven | |
Bulgaria | Diagnostic-Consultative Center XXII- Sofia ???D | Sofia | |
Bulgaria | MHAT "St. Sofia" EOOD | Sofia | |
Bulgaria | Specialized hospital for active treatment in pulmonology and phthisiology "Stara Zagora" EOOD | Stara Zagora | |
Bulgaria | Multiprofile Hospital for Active Treatment Targovishte AD | Targovishte | |
Bulgaria | Outpatient Clinic for Primary Outpatient Medical Care "Puls" - Dr. Mladen Buchvarov EOOD | Tsarevo | |
Bulgaria | Medical center Leo Clinic EOOD | Varna | |
Bulgaria | Specialized Hospital for Active Treatment of Pneumo-Phthisiatric Diseases Vratsa EOOD | Vratsa | |
Colombia | Fundacion Cardiomet Cequin | Armenia | Quindio |
Czechia | Zdraví-Fit, s.r.o. | Protivín | |
Czechia | Nemocnice Slany | Slany | |
Hungary | Trial Pharma Kft. | Bekescsaba | |
Hungary | Debreceni Egyetem Klinikai Kozpont Infektologiai Klinika | Debrecen | |
Hungary | Agria-Study Kft. | Eger | |
Hungary | Trial Pharma Kft. | Gyula | |
Hungary | Medifarma-98 Kft. | Nyiregyhaza | |
India | Jawahar Lal Nehru Medical College | Ajmer | Rajasthan |
India | BGS Global Institute of Medical Sciences and Hospital | Bangalore | Karnataka |
India | Apex Hospitals Pvt Ltd | Jaipur | Rajasthan |
India | Maharaja Agrasen Superspeciality Hospital | Jaipur | Rajasthan |
India | Lisie Hospital | Kochi | Kerala |
India | Nil Ratan Sircar Medical College and Hospital | Kolkata | WEST Bengal |
India | Aakash Healthcare Private Limited | New Delhi | |
India | Sardar Patel Medical College | Pavan PURI Bikaner, Rajasthan | |
India | Jehangir Clinical Development Centre Pvt. Ltd | Pune | Maharashtra |
India | Lifepoint Research LLP | Pune | Maharashtra |
India | AIIMS Raipur | Raipur | Chhattisgarh |
India | Jupiter Hospital | Vadodara | Gujarat |
Japan | Tokyo Medical University Hachioji Medical Center | Hachioji | Tokyo |
Japan | Rinku General Medical Center | Izumisano | Osaka |
Japan | International University of Health and Welfare Narita Hospital | Narita | Chiba |
Japan | National Hokkaido Medical Center | Sapporo | Hokkaido |
Japan | National Center for Global Health and Medicine | Shinjuku City | Tokyo |
Korea, Republic of | Kyungpook National University Chilgok Hospital | Daegu | |
Korea, Republic of | Incheon Medical Center | Incheon | |
Korea, Republic of | Chonnam National University Bitgoeul Hospital | Nam-gu | |
Korea, Republic of | SMG-SNU Boramae Medical Center | Seoul | |
Malaysia | Hospital Umum Sarawak | Kuching | Sarawak |
Malaysia | Hospital Miri | Miri | Sarawak |
Mexico | Centro de Investigacion Clinica Del Pacifico SA de CV | Acapulco | |
Mexico | Hospital Cardiologica Aguascalientes | Aguascalientes | |
Mexico | InfectoLab Consultorios de Especialidad en Infectologia | Baja California | Tijuana |
Mexico | JM Research SC | Cuernavaca | Morelos |
Mexico | Instituto de Investigaciones Clínicas para la Salud | Durango | |
Mexico | Instituto Jalisciense de Metabolismo, S.C. | Guadalajara | Jalisco |
Mexico | Kohler & Milstein Research S.A. de C.V. | Merida | Yucatan |
Mexico | EME RED Hospitalaria | Mérida | Yucatán |
Mexico | Christus - Latam Hub Center of Excellence and Innovation Center S.C. | Monterrey | Nuevo LEON |
Mexico | Eukarya Pharmasite S.C. | Monterrey | Nuevo LEON |
Mexico | Oaxaca Site Management Organization | Oaxaca de Juarez | Oaxaca |
Mexico | Asociacion Mexicana para la Investigacion Clinica A.C. (AMIC) | Pachuca de Soto | Hidalgo |
Mexico | Clinical Research Institute Saltillo S.A. de C.V. | Saltillo | Coahuila |
Mexico | Arké SMO S.A de C.V | Veracruz | |
Mexico | FAICIC S. de R.L. de C.V. | Veracruz | |
Mexico | Sociedad de Metabolismo y Corazon S.C. | Veracruz | |
Poland | KLIMED Marek Klimkiewicz | Bialystok | |
Poland | Centrum Badan Klinicznych Piotr Napora Lekarze Spólka Partnerska | Wroclaw | |
Puerto Rico | Clinical Research Management Group Inc | Ponce | |
Puerto Rico | Advance Medical Research Center | San Juan | |
Russian Federation | Barnaul City Hospital Number 5 | Barnaul | |
Russian Federation | KDC "Evromedservis", OJSC | Moscow | |
Russian Federation | LLC Trekhgorka Medicine | Odintsovo | Moscow Region |
Russian Federation | Smolensk State Medical University | Smolensk | |
South Africa | East Rand Research Centre T/A Worthwhile Clinical Trials | Benoni | Gauteng |
South Africa | Synapta Clinical Research Center | Durban | Kwazulu Natal |
South Africa | MERC Middelburg | Middelburg | Mpumalanga |
South Africa | Botho Ke Bontle Health Services | Pretoria | Gauteng |
South Africa | Limpopo Clinical Research Initiative | Thabazimbi | Limpopo |
South Africa | MERC Welkom | Welkom | FREE State |
Spain | Complexo Hospitalario Universitario da Coruna | A Coruña | |
Spain | Eba Centelles | Centelles | Barcelona [barcelona] |
Thailand | Bangkok Centre Hotel | Bangrak | Bangkok |
Thailand | Department of Internal Medicine, Faculty of Medicine, Prince of Songkla University, | Hat Yai | Songkhla |
Thailand | Faculty of Medicine - Khon Kaen University | Muang | Khon Kaen |
Thailand | Chula Field Hospital, Chulalongkorn University Sport center (Chantanayingyong Gymnasium) | Pathum Wan District, | Bangkok |
Thailand | The HIV Netherlands Australia Thailand Research Collaboration (HIV-NAT), | Pathumwan | Bangkok |
Thailand | Thai Red Cross Emerging Infectious Diseases (EDI) Clinic | Pathumwan, | Bangkok |
Turkey | Ankara University Medical Faculty, Ibni-Sina Hospital | Ankara | |
Turkey | Hacettepe University Medical Faculty Hospital | Ankara | |
Turkey | Akdeniz Universitesi Hastanesi | Antalya | |
Turkey | Istanbul Medipol University Clinical Research Ethics Committee | Beykoz / Istanbul | |
Turkey | Gaziantep University Medical Faculty | Gaziantep | |
Turkey | Acibadem Saglik Hizmetleri ve Tic.A.S, Acibadem Atakent Hastanesi | Istanbul | |
Turkey | Basaksehir Cam ve Sakura Sehir Hastanesi | Istanbul | |
Turkey | Istanbul Universitesi Klinik Arastirmalar Mukemmeliyet Uygulama ve Arastirma Merkezi | Istanbul | |
Turkey | Istanbul University Cerrahpasa-Cerrahpasa Medical Faculty | Istanbul | |
Turkey | Istanbul Yedikule Gogus Hastaliklari ve Gogus Cerrahisi Egitim Arastirma Hastanesi | Istanbul | |
Turkey | Kocaeli University Medical Faculty | Kocaeli | |
Turkey | Sbü Dr. Suat Seren Gögüs Hastaliklari Ve Cerrahisi Egitim Ve Arastirma Hastanesi | Konak/Izmir | |
Turkey | Mersin University Health Research and Application Hospital | Mersin | |
Turkey | Sakarya University Training and Research Hospital | Sakarya | |
Turkey | Karadeniz Teknik Universitesi Farabi Hastanesi | Trabzon | |
Ukraine | Communal non-profit enterprise "City Clinical Hospital #16" of Dnipro City Council | Dnipro | |
Ukraine | Communal nonprofit enterprise "Central City Clinical Hospital of Ivano-Frankivsk City Council" | Ivano-Frankivsk | |
Ukraine | Municipal Nonprofit Enterprise "Ivano-Frankivsk Regional Clinical Infectious Diseases Hospital of | Ivano-Frankivsk | |
Ukraine | Municipal Nonprofit Enterprise "City Student Hospital" of Kharkiv City Council | Kharkiv | |
Ukraine | Municipal Nonprofit Enterprise of Kharkiv Regional Council "Regional Clinical Infectious Diseases | Kharkiv | |
Ukraine | "Municipal Non-Profit Enterprise "Alexander Clinical Hospital of Kyiv" of the Kyiv City Council | Kyiv | |
Ukraine | Kyiv Railway Clinical Hospital No.2 of Branch "Health Center of the Public Joint Stock Company | Kyiv | |
Ukraine | Municipal non-commercial enterprise "Kyiv City Clinical Hospital #1" Of Executive Body Of the Kyiv | Kyiv | |
Ukraine | Polyclinic of Center for Medical Services and Rehabilitation of State Joint-Stock Holding Company | Kyiv | |
Ukraine | Municipal Nonprofit Enterprise "Lviv City Clinic Hospital #4" | Lviv | |
Ukraine | Municipal NonProfit Enterprise of the Lviv Regional Council Lviv Regional Information and Analitical | Lviv | |
Ukraine | Municipal Enterprise "Poltava Regional Clinical Infectious Diseases Hospital" of Poltava Regional | Poltava | |
Ukraine | Municipal Enterprise "Volyn Regional Clinical Hospital" of Volyn Regional Council | Tarasove Village | |
Ukraine | Municipal Non-commercial Enterprise "Vinnytsia City Clinical Hospital ?1" | Vinnytsia | |
Ukraine | Communal Enterprise "Hospital #1" of Zhytomyr City Council | Zhytomyr | |
United States | PharmaTex Research, LLC | Amarillo | Texas |
United States | ARC Clinical Research at William Cannon | Austin | Texas |
United States | St Hope Foundation | Bellaire | Texas |
United States | Xera Med Research | Boca Raton | Florida |
United States | MOORE Clinical Research, Inc. | Brandon | Florida |
United States | Mercury Street Medical Group, PLLC | Butte | Montana |
United States | Hope Clinical Research | Canoga Park | California |
United States | Research by Design, LLC | Chicago | Illinois |
United States | Premier Medical Group | Clarksville | Tennessee |
United States | Innovative Research of West Florida, Inc. | Clearwater | Florida |
United States | Future Innovative Treatments, LLC | Colorado Springs | Colorado |
United States | Conroe Willis Medical Research | Conroe | Texas |
United States | Herco Medical and Research Center Inc | Coral Gables | Florida |
United States | South Texas Clinical Research | Corpus Christi | Texas |
United States | Advance Clinical Research Group | Cutler Bay | Florida |
United States | Beautiful Minds Clinical Research Center | Cutler Bay | Florida |
United States | Meridian Clinical Research, LLC | Endwell | New York |
United States | Ascada Research | Fullerton | California |
United States | Doral Medical Research LLC. | Hialeah | Florida |
United States | Doral Medical Research,LLC | Hialeah | Florida |
United States | Eastern Research Inc | Hialeah | Florida |
United States | Inpatient Research Clinic | Hialeah | Florida |
United States | Qway Research | Hialeah | Florida |
United States | Unlimited Medical Research Group, LLC | Hialeah Gardens | Florida |
United States | C & R Research Services USA | Houston | Texas |
United States | Next Level Urgent Care | Houston | Texas |
United States | SignatureCare Emergency Center | Houston | Texas |
United States | Trio Clinical Trials, LLC | Houston | Texas |
United States | Atella Clinical Research LLC. | La Palma | California |
United States | Excel Clinical Research | Las Vegas | Nevada |
United States | Ark Clinical Research | Long Beach | California |
United States | American Institute of Research | Los Angeles | California |
United States | Advanced Pulmonary Research Institute | Loxahatchee Groves | Florida |
United States | New Orleans Sinus Center (COVID-19 Testing) | Marrero | Louisiana |
United States | Tandem Clinical Research GI, LLC | Marrero | Louisiana |
United States | The Institute for Liver Health dba Arizona Clinical Trials | Mesa | Arizona |
United States | SMS Clinical Research | Mesquite | Texas |
United States | SMS Clinical Research, LLC | Mesquite | Texas |
United States | Angels Clinical Research Institute | Miami | Florida |
United States | C'A Research | Miami | Florida |
United States | Clinical Site Partners, Inc d/b/a CSP Miami | Miami | Florida |
United States | Coral Research Clinic Corp | Miami | Florida |
United States | Entrust Clinical Research | Miami | Florida |
United States | Global Health Clinical Trials Corp | Miami | Florida |
United States | I.V.A.M. Clinical & Investigational Center, LLC | Miami | Florida |
United States | Kendall South Medical Center | Miami | Florida |
United States | LCC Medical Research Institute, LLC | Miami | Florida |
United States | Premium Medical Research Corp | Miami | Florida |
United States | ProLive Medical Research, Corp. | Miami | Florida |
United States | Reed Medical Research | Miami | Florida |
United States | South Florida Research Center, Inc. | Miami | Florida |
United States | Suncoast Research Group, LLC | Miami | Florida |
United States | Savin Medical Group, LLC | Miami Lakes | Florida |
United States | Monroe Biomedical Research | Monroe | North Carolina |
United States | TPMG (Tidewater Physicians Multispecialty Group) Clinical Research | Newport News | Virginia |
United States | Omega Research Orlando, LLC | Orlando | Florida |
United States | LinQ Research, LLC | Pearland | Texas |
United States | Cahaba Research Inc | Pelham | Alabama |
United States | NAPA Research LLC | Pompano Beach | Florida |
United States | CDC Research Institute | Port Saint Lucie | Florida |
United States | Epic Medical Research | Red Oak | Texas |
United States | South Bay Clinical Research Institute | Redondo Beach | California |
United States | GCP, Global Clinical Professionals | Saint Petersburg | Florida |
United States | BFHC Research | San Antonio | Texas |
United States | Sun Research Institute | San Antonio | Texas |
United States | USPA Advance Concept Medical Research Group LLC | South Miami | Florida |
United States | Sunrise Research Institute | Sunrise | Florida |
United States | Santos Research Center, CORP | Tampa | Florida |
United States | The Institute for Liver Health dba Arizona Clinical Trials | Tucson | Arizona |
United States | Tranquility Research | Webster | Texas |
United States | Hope Clinical Research (COVID Satellite Site) | West Hills | California |
United States | Accellacare | Wilmington | North Carolina |
United States | Clinical Site Partners, Inc. dba CSP Orlando | Winter Park | Florida |
Lead Sponsor | Collaborator |
---|---|
Pfizer |
United States, Argentina, Brazil, Bulgaria, Colombia, Czechia, Hungary, India, Japan, Korea, Republic of, Malaysia, Mexico, Poland, Puerto Rico, Russian Federation, South Africa, Spain, Thailand, Turkey, Ukraine,
Type | Measure | Description | Time frame | Safety issue |
---|---|---|---|---|
Primary | Percentage of Participants With Covid-19 Related Hospitalization or Death From Any Cause Through Day 28- Modified Intent-To-Treat (mITT) Population | Percentage of participants with COVID-19 related hospitalization or death from any cause during the first 28 days of the study was estimated using the Kaplan-Meier (KM) method. Using KM method, survival probability for each time interval was calculated as the number of participants surviving divided by the number of participants at risk. Participants who had the event, dropped out, or moved out were not counted as "at risk" i.e., participants who were lost were considered "censored" and were not counted in the denominator. | From Day 1 to Day 28 | |
Secondary | Number of Participants With Treatment Emergent Adverse Events (TEAEs) | An adverse event (AE) was any untoward medical occurrence in a participant, temporarily associated with the use of study intervention, whether or not considered related to the study intervention. Serious adverse event (SAE) was any untoward medical occurrence that, at any dose: resulted in death; required inpatient hospitalization or prolongation of existing hospitalization; was life-threatening; resulted in persistent or significant disability/ incapacity; congenital anomaly/birth defect; a suspected transmission via a Pfizer product of an infectious agent, pathogenic or non-pathogenic and other important medical events. AEs included both SAEs and all non-SAEs. An AE was considered as TEAE if the event started on or after start date of study intervention. | From start of study intervention (Day 1) up to end of safety follow-up (Day 34) | |
Secondary | Number of Participants With AEs Leading to Discontinuation and Serious Adverse Events (SAEs) | An AE was any untoward medical occurrence in a participant, temporarily associated with the use of study treatment, whether or not considered related to the study treatment. An SAE was any untoward medical occurrence that, at any dose: resulted in death; required inpatient hospitalization or prolongation of existing hospitalization; was life-threatening; resulted in persistent or significant disability/ incapacity; congenital anomaly/birth defect; a suspected transmission via a Pfizer product of an infectious agent, pathogenic or non-pathogenic and other important medical events. | From start of study intervention (Day 1) up to end of safety follow-up (Day 34) | |
Secondary | Percentage of Participants With Covid-19 Related Hospitalization or Death From Any Cause Through Day 28- Modified Intent-To-Treat 1 (mITT1) Population | Percentage of participants with COVID-19 related hospitalization or death from any cause during the first 28 days of the study was estimated using the Kaplan-Meier method. | From Day 1 to Day 28 | |
Secondary | Time to Sustained Alleviation of All Targeted COVID-19 Signs and Symptoms Through Day 28- mITT Population | Sustained alleviation of all targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when all symptoms scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Alleviation of All Targeted COVID-19 Signs and Symptoms Through Day 28- mITT1 Population | Sustained alleviation of all targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when all symptoms scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Alleviation of All Targeted COVID-19 Signs and Symptoms Through Day 28- Modified Intent-to-Treat 2 (mITT2) Population | Sustained alleviation of all targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when all symptoms scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Percentage of Participants With Severe Covid-19 Signs and Symptoms Through Day 28- mITT Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale ranging from 0 to 3, higher scores indicated more severity. The scale was reported as 0= no symptoms, 1=mild, 2=moderate and 3=severe. A participant with severe score for any targeted symptoms post-baseline was counted as severe. Percentage of participants with severe Covid-19 signs and symptoms were reported. | From Day 1 to Day 28 | |
Secondary | Percentage of Participants With Severe Covid-19 Signs and Symptoms Through Day 28- mITT1 Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale ranging from 0 to 3, higher scores indicated more severity. The scale was reported as 0= no symptoms, 1=mild, 2=moderate and 3=severe. A participant with severe score for any targeted symptoms post-baseline was counted as severe. Percentage of participants with severe Covid-19 signs and symptoms were reported. | From Day 1 to Day 28 | |
Secondary | Percentage of Participants With Severe Covid-19 Signs and Symptoms Through Day 28- mITT2 Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale ranging from 0 to 3, higher scores indicated more severity. The scale was reported as 0= no symptoms, 1=mild, 2=moderate and 3=severe. A participant with severe score for any targeted symptoms post-baseline was counted as severe. Percentage of participants with severe Covid-19 signs and symptoms were reported. | From Day 1 to Day 28 | |
Secondary | Time to Sustained Resolution of All Targeted COVID-19 Signs and Symptoms Through Day 28- mITT Population | Sustained resolution was defined as when all targeted symptoms were scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Resolution of All Targeted COVID-19 Signs and Symptoms Through Day 28- mITT1 Population | Sustained resolution was defined as when all targeted symptoms were scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Resolution of All Targeted COVID-19 Signs and Symptoms Through Day 28- mITT2 Population | Sustained resolution was defined as when all targeted symptoms were scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Alleviation of Each Targeted COVID-19 Signs and Symptoms- mITT Population | Sustained alleviation of each targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when each symptom scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Alleviation of Each Targeted COVID-19 Signs and Symptoms- mITT1 Population | Sustained alleviation of each targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when each symptom scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Alleviation of Each Targeted COVID-19 Signs and Symptoms- mITT2 Population | Sustained alleviation of each targeted COVID-19 signs/symptoms was defined as the event occurring on the first 4 consecutive days when each symptom scored as moderate or severe at the time of enrollment were scored as mild or absent and those scored mild or absent at the time of enrollment were scored as absent. The first day of the 4 consecutive-day period was considered date of first event. Time to sustained alleviation (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained alleviation (censored), time was calculated as censoring date (last date on which symptom alleviation was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Resolution of Each Targeted COVID-19 Signs and Symptoms- mITT Population | Sustained resolution was defined as when each targeted symptom was scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Resolution of Each Targeted COVID-19 Signs and Symptoms- mITT1 Population | Sustained resolution was defined as when each targeted symptom was scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Time to Sustained Resolution of Each Targeted COVID-19 Signs and Symptoms- mITT2 Population | Sustained resolution was defined as when each targeted symptom was scored as absent for 4 consecutive days. Time to sustained resolution (event) was calculated as first event date minus first dose date plus 1, for participants with event. For participants who completed Day 28 or discontinued the study before Day 28 without sustained resolution (censored), time was calculated as censoring date (last date on which symptom resolution was assessed) minus first dose date plus 1 or Day 25 whichever occurred first. | From Day 1 (baseline) to Day 28 | |
Secondary | Number of Participants With Progression to a Worsening Status in 1 or More Self-reported COVID-19 Associated Symptoms Through Day 28-mITT Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale where 0 = no symptoms; 1= mild; 2= moderate; and 3= severe. Vomiting and diarrhea were each rated on a 4-point frequency scale where 0= no occurrence, 1= mild for 1 to 2 times, 2= moderate for 3 to 4 times, and 3= severe for 5 or greater. Progression to a worsening status for any targeted symptom was based up on increasing severity (i.e. the first time any targeted symptoms worsened after treatment relative to baseline). | From Day 1 (baseline) to Day 28 | |
Secondary | Number of Participants With Progression to a Worsening Status in 1 or More Self-reported COVID-19 Associated Symptoms Through Day 28-mITT1 Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale where 0 = no symptoms; 1= mild; 2= moderate; and 3= severe. Vomiting and diarrhea were each rated on a 4-point frequency scale where 0= no occurrence, 1= mild for 1 to 2 times, 2= moderate for 3 to 4 times, and 3= severe for 5 or greater. Progression to a worsening status for any targeted symptom was based up on increasing severity (i.e. the first time any targeted symptoms worsened after treatment relative to baseline). | From Day 1 (baseline) to Day 28 | |
Secondary | Number of Participants With Progression to a Worsening Status in 1 or More Self-reported COVID-19 Associated Symptoms Through Day 28-mITT2 Population | Participants were required to record the severity of their Covid-19 symptoms over the past 24 hours daily on a 4-point scale where 0 = no symptoms; 1= mild; 2= moderate; and 3= severe. Vomiting and diarrhea were each rated on a 4-point frequency scale where 0= no occurrence, 1= mild for 1 to 2 times, 2= moderate for 3 to 4 times, and 3= severe for 5 or greater. Progression to a worsening status for any targeted symptom was based up on increasing severity (i.e. the first time any targeted symptoms worsened after treatment relative to baseline). | From Day 1 (baseline) to Day 28 | |
Secondary | Percentage of Participants With a Resting Peripheral Oxygen Saturation >=95% at Days 1 and 5- mITT Population | In this outcome measure, the percentage of participants with a resting peripheral oxygen saturation >=95% were reported. | Day 1, 5 | |
Secondary | Percentage of Participants With a Resting Peripheral Oxygen Saturation >=95% at Days 1 and 5- mITT1 Population | In this outcome measure, the percentage of participants with a resting peripheral oxygen saturation >=95% were reported. | Day 1, 5 | |
Secondary | Percentage of Participants With a Resting Peripheral Oxygen Saturation >=95% at Days 1 and 5- mITT2 Population | In this outcome measure, the percentage of participants with a resting peripheral oxygen saturation >=95% were reported. | Day 1, 5 | |
Secondary | Percentage of Participants Who Died Through Week 24- mITT Population | In this outcome measure, percentage of participants with death due to any cause was presented. | From Day 1 up to Week 24 | |
Secondary | Percentage of Participants Who Died Through Week 24- mITT1 Population | In this outcome measure, percentage of participants with death due to any cause was presented. | From Day 1 up to Week 24 | |
Secondary | Percentage of Participants Who Died Through Week 24- mITT2 Population | In this outcome measure, percentage of participants with death due to any cause was presented. | From Day 1 up to Week 24 | |
Secondary | Plasma Concentration Versus Time Summary of PF-07321332 | 1 Hour post-dose on Day 1 and pre-dose on Day 5 | ||
Secondary | Change From Baseline in Logarithm to Base10 (Log10) Transformed Viral Load at Day 3, 5, 10 and 14- mITT Population | The viral load was measured in nasal or nasopharyngeal samples using reverse transcription polymerase chain reaction (RT-PCR). | Baseline, Day 3, 5, 10 and 14 | |
Secondary | Change From Baseline in Log10 Transformed Viral Load at Day 3, 5, 10 and 14- mITT1 Population | The viral load was measured in nasal or nasopharyngeal samples using RT-PCR. | Baseline, Day 3, 5, 10 and 14 | |
Secondary | Change From Baseline in Log10 Transformed Viral Load at Day 3, 5, 10 and 14- mITT2 Population | The viral load was measured in nasal or nasopharyngeal samples using RT-PCR. | Baseline, Day 3, 5, 10 and 14 | |
Secondary | Number of COVID-19 Related Medical Visits- mITT Population | Medical visits included emergency room, practitioner's office, home healthcare services, urgent care, telephone consultation, outpatient infusion center, other, COVID-19-related-hospitalization (intensive care unit [ICU] and non-ICU stays). In this outcome measure, COVID-19-related medical visits of participants were reported. | From Day 1 up to Day 34 | |
Secondary | Number of COVID-19 Related Medical Visits- mITT1 Population | Medical visits included emergency room, practitioner's office, home healthcare services, urgent care, telephone consultation, outpatient infusion center, other, COVID-19-related-hospitalization (ICU and non-ICU stays). In this outcome measure, COVID-19-related medical visits of participants were reported. | From Day 1 up to Day 34 | |
Secondary | Number of COVID-19 Related Medical Visits- mITT2 Population | Medical visits included emergency room, practitioner's office, home healthcare services, urgent care, telephone consultation, outpatient infusion center, other, COVID-19-related-hospitalization (ICU and non-ICU stays). In this outcome measure, COVID-19-related medical visits of participants were reported. | From Day 1 up to Day 34 | |
Secondary | Number of Days in Hospital and ICU for the Treatment of COVID-19- mITT Population | From Day 1 up to Day 34 | ||
Secondary | Number of Days in Hospital and ICU for the Treatment of COVID-19- mITT1 Population | From Day 1 up to Day 34 | ||
Secondary | Number of Days in Hospital and ICU for the Treatment of COVID-19- mITT2 Population | From Day 1 up to Day 34 |
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