England pacer Jofra Archer will not be part of the second Test against West Indies after breaching the team’s biosecurity protocols. The second Test starts from Thursday in Manchester’s Old Trafford. Also Read - Russia's Coronavirus Vaccine Not Sufficiently Tested? Germany Questions Safety of World's 1st COVID Vaccine

Archer reportedly made a pit-stop at his home on his way from Southampton to Manchester which is a breach of the strict protocols placed to ensure the safety of players and match officials amid the coronavirus pandemic. Also Read - IPL 2020: Rajasthan Royals Fielding Coach Dishant Yagnik Tests Positive For Coronavirus

England announced a 13-man squad for the second Test on Wednesday that included Archer. Also Read - India COVID Update: 60963 Cases, 834 Deaths Within 24 Hours; Total Infection Tally Over 23.29 Lakh

However, in a statement released today, the England and Wales Cricket Board (ECB) has said the right-arm pacer has been “excluded” and been asked to go into self-isolation for a period of five days.

During that period, he will twice be tested for COVID-19 and if both times the result is negative, then only he will be allowed to rejoin his England teammates.

“I am extremely sorry for what I have done,” Archer said on Thursday. “I have put, not only myself, but the whole team and management in danger. I fully accept the consequences of my actions, and I want to sincerely apologise to everyone in the bio-secure bubble.

“It deeply pains me to be missing the Test match, especially with the series poised. I feel like I have let both teams down, and again I am sorry,” he added.

ECB said that they have informed the West Indies team management about the development and the touring party is satisfied with the measures taken.

“The West Indies team have been made aware and are satisfied with the measures that have been imposed,” ECB said in a statement.

West Indies lead the three-match series 1-0 following their four-wicket victory in the first Test played last week at The Rose Bowl in Southampton.