Tournaments / ITF

WTA Singles: Istanbul ITF

ITF 38 matches · 27 October 2025 to 2 November 2025

Highest-rated players in the draw

Senic N.Rating1665 Bertea E.Rating1641 Reyngold E.Rating1638 Alexandra ShubladzeRating1614 Valentini GrammatikopoulouRating1588 Boskovic L.Rating1565 Zolotareva R.Rating1559 Noha Akugue N.Rating1552 Snigireva A.Rating1518 Bosman C.Rating1511

Results

2 November 2025 1 match

Shubladze A.2–1Boskovic L.H2H ›

1 November 2025 2 matches

Boskovic L.2–1Reyngold E.H2H ›
Ibragimova A.1–2Shubladze A.H2H ›

31 October 2025 4 matches

Shubladze A.2–0Bosman C.H2H ›
Radwanska U.0–2Boskovic L.H2H ›
Ciric Bagaric L.0–2Reyngold E.H2H ›
Ibragimova A.0–2Noha Akugue N.H2H ›

30 October 2025 8 matches

Snigireva A.0–2Noha Akugue N.H2H ›
Senic N.2–0Radwanska U.H2H ›
Shubladze A.2–1Cengiz B.H2H ›
Kurt I.0–2Boskovic L.H2H ›
Ciric Bagaric L.2–0Lekomtseva U.H2H ›
Panshina V.0–2Ibragimova A.H2H ›
Zelinskaya D.0–2Reyngold E.H2H ›
Bosman C.0–2Grammatikopoulou V.H2H ›

29 October 2025 10 matches

Ciric Bagaric L.2–0Kardava Z.H2H ›
Bosman C.0–2Kudashova D.H2H ›
Senic N.2–0Bestetti G.H2H ›
Atay S.0–2Boskovic L.H2H ›
Stankiewicz M.0–2Cengiz B.H2H ›
Ozen Y.0–2Zelinskaya D.H2H ›
Yoruk I.0–2Reyngold E.H2H ›
Popa M.0–2Noha Akugue N.H2H ›
Buyukakcay C.0–2Shubladze A.H2H ›
Zolotareva R.2–1Grammatikopoulou V.H2H ›

28 October 2025 7 matches

Stamatova J.0–2Ibragimova A.H2H ›
Mozgaleva A.0–2Kurt I.H2H ›
Tucakovic S.2–1Lekomtseva U.H2H ›
Popa M.2–1Noha Akugue N.H2H ›
Bertea E.2–0Panshina V.H2H ›
Snigireva A.2–0Kuzmina A.H2H ›
Celik E.2–1Radwanska U.H2H ›

27 October 2025 6 matches

Easwaramurthi A.2–1Kuzmina A.H2H ›
Lekomtseva U.2–1Kaynak M.H2H ›
Atay S.2–1Balkan Z.H2H ›
Snigireva A.2–1Bershteyn P.H2H ›
Bosman C.2–1Rozhkova E.H2H ›
Gudelj V.2–1Mozgaleva A.H2H ›
How these predictions are made
Upcoming matches carry a forecast from the same rating model as the rest of the site. Finished matches are shown as results only: a forecast worked out after the fact, from ratings that already include the result, would flatter the model.