Welcome to the coverage of the Asia Cup 2023 final between India and Sri Lanka at the R Premadasa Stadium in Colombo on Sunday.
Rohit Sharma-led India will be firm favourites to end its five-year trophy draught in multi-nation events, when it squares off against a depleted Sri Lanka in the final.
India spin all-rounder Axar Patel has been ruled out of the title clash with injury and his replacement Washington Sundar is likely to take his place in the playing XI.
Sri Lanka were dealt a big blow when their premier spinner Maheesh Theekshana was ruled out with a right hamstring injury.
India's last title in multi-nation events, across the three formats, came in 2018 when India beat Bangladesh in the Asia Cup by three wickets in Dubai.
India reached the semi-finals of the 50-over World Cup in 2019 and the T20 World Cup in 2022, besides losing against New Zealand and Australia in the WTC finals in 2019 and 2023 respectively. They also failed to make their presence felt in last year's Asia Cup, which was won by Sri Lanka. That event was played in T20 format.
India are certain to recall their top players who were rested for the Super Four match against Bangladesh on Friday, which they eventually lost by six runs.
The return of Virat Kohli and Hardik Pandya for the summit clash will certainly add meat to their batting unit, which struggled against the array of Bangladesh spinners.
Opener Shubman Gill made a top class hundred, but the rest of the batsmen could not rotate strike effectively in the middle overs, leaving the late order with a tall task.
India had reduced Bangladesh to 59 for 4, but the bowlers gave away too many runs in the death overs, allowing their neighbours to post a healthy 265.
But India will hope that the issue will be solved once pacers Jasprit Bumrah, Mohammed Siraj and left-arm wrist spinner Kuldeep Yadav make their comeback for tomorrow's game.
A victory in the Asia Cup final will boost India's confidence ahead of the World Cup starting next month, as they also seek to end a 10-year-long ICC trophy drought.