Trader consensus in the NCAA men's basketball assists per game leader market clusters tightly around Jeremy Fears Jr. (52%), Braden Smith (47.5%), and Themus Fulks (46%), reflecting their elite early-season averages hovering at 9.5-10.2 APG amid varying minutes and game counts. Fears' recent 12-assist explosion in Michigan State's win over Niagara solidified his edge post-injury recovery, while Smith's consistent 8-10 APG distribution anchors Purdue's top-ranked offense through a soft non-conference slate. Fulks sustains volume leadership at Jacksonville State with mid-major freedom. The bunched odds underscore vulnerability to Big Ten/Conference USA defenses ramping up, injury risks for high-usage point guards, and schedule strength differentials that could widen gaps in conference play.
Resumen experimental generado por IA con datos de Polymarket · ActualizadoNCAAM: Assists Per Game Leader
NCAAM: Assists Per Game Leader
Josiah Davis <1%
Christian Anderson <1%
Donovan Dent <1%
Mateo Esmeraldo <1%
Josiah Davis
1%
Christian Anderson
1%
Donovan Dent
1%
Mateo Esmeraldo
1%
Jay Rodgers
1%
Quinn Denker
1%
Brody Robinson
1%
Jeremy Fears Jr.
52%
Braden Smith
48%
Themus Fulks
-
Josiah Davis <1%
Christian Anderson <1%
Donovan Dent <1%
Mateo Esmeraldo <1%
Josiah Davis
1%
Christian Anderson
1%
Donovan Dent
1%
Mateo Esmeraldo
1%
Jay Rodgers
1%
Quinn Denker
1%
Brody Robinson
1%
Jeremy Fears Jr.
52%
Braden Smith
48%
Themus Fulks
-
In the event of a tie for the highest assists per game average, this market will resolve in favor of the player who appeared in the greater number of games. If the tied players also played the same number of games, the market will resolve in favor of the player whose listed last name comes first alphabetically.
Qualification for inclusion in official NCAA leaderboards (such as minimum games or statistical thresholds) will be determined according to NCAA rules and applied exactly as reflected in the official leaderboard.
If the 2026 Men’s NCAA Division 1 Basketball season is cancelled, postponed after April 20, 2026, 11:59 PM ET, or if an official leader has not been declared within that timeframe, this market will resolve to "Other".
The resolution source will be the NCAA (ncaa.com/stats/basketball-men/d1).
Mercado abierto: Mar 4, 2026, 6:17 PM ET
Resolver
0x69c47De9D...In the event of a tie for the highest assists per game average, this market will resolve in favor of the player who appeared in the greater number of games. If the tied players also played the same number of games, the market will resolve in favor of the player whose listed last name comes first alphabetically.
Qualification for inclusion in official NCAA leaderboards (such as minimum games or statistical thresholds) will be determined according to NCAA rules and applied exactly as reflected in the official leaderboard.
If the 2026 Men’s NCAA Division 1 Basketball season is cancelled, postponed after April 20, 2026, 11:59 PM ET, or if an official leader has not been declared within that timeframe, this market will resolve to "Other".
The resolution source will be the NCAA (ncaa.com/stats/basketball-men/d1).
Resolver
0x69c47De9D...Trader consensus in the NCAA men's basketball assists per game leader market clusters tightly around Jeremy Fears Jr. (52%), Braden Smith (47.5%), and Themus Fulks (46%), reflecting their elite early-season averages hovering at 9.5-10.2 APG amid varying minutes and game counts. Fears' recent 12-assist explosion in Michigan State's win over Niagara solidified his edge post-injury recovery, while Smith's consistent 8-10 APG distribution anchors Purdue's top-ranked offense through a soft non-conference slate. Fulks sustains volume leadership at Jacksonville State with mid-major freedom. The bunched odds underscore vulnerability to Big Ten/Conference USA defenses ramping up, injury risks for high-usage point guards, and schedule strength differentials that could widen gaps in conference play.
Resumen experimental generado por IA con datos de Polymarket · Actualizado
Cuidado con los enlaces externos.
Cuidado con los enlaces externos.
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