親吻新郎

親吻新郎

《親吻新郎》是2007年上映的美國電影,由 C. Jay Cox導演。托蕊·斯培林,菲利浦·卡納 主演。

徠《親吻新郎》講述了一對新人在教堂誦讀愛的宣言準備漫步人生路,神秘男子卻特地前來踩場,為的不是美女而是奪得美男歸。原來事業有成的 Matt 和準新郎 Ryan 在小鎮一同長大,更曾有過霧水情緣,只是後來 Matt 決定離開小鎮找自己的青雲路,與 Ryan 也從此音訊全無。直至收到 Ryan 結婚請帖一刻,才令 Matt 驚覺原來自己一直在心裡預留了最佳位置給情人,令他決意化身“我最好朋友的婚禮”中大嘴羅伯茨前來搶新郎。

詳細資料


主演:
托蕊·斯培林 Tori Spelling ....Alex
Philipp Karner ....Matt
James O'Shea ....Ryan
影片類型:愛情 / 喜劇
國家/地區:美國
徠劇情簡介
導演 C.J. Cox 繼《傳道同志》后再度持靚橫行,實行以電死觀眾為己任,表演一幕絕贊的男女爭仔大鬥法。

劇情簡介


英文簡介:

In high school, Matt and Ryan were best friends. More than friends, actually. But in the ensuing ten years, they've lost contact. So when Matt receives an invitation to Ryan's wedding he's surprised - especially that Ryan is marrying a woman! Matt interrupts his ideal alternative lifestyle to return to his hometown.
He plans to rescue his former love from whatever "she-devil" has trapped him into this huge mistake. On the other hand, Ryan's perky fiancé Alex takes quite the liking to Matt. Is she very cunning, disarmingly ditsy, completely adorable - or all three? As Matt tries to rekindle the old flame, Ryan is intent on putting out any sparks. Ryan dismisses their old romance as just a high school thing, but Matt realizes Ryan may still be the love of his life.
All the while, Matt must deal with "his new best friend" Alex, the two families, and a hometown he thought he'd left entirely in the past. As the wedding day fast approaches (like a meteor hurtling toward ground zero), old feelings resurface and secrets are revealed. Each of them must balance the past with the present, and make a choice that will determine the rest of their lives: the boundaries of love, sexuality and identity are never constant.

中文簡介

高中時期,馬特和瑞恩是最要好的朋友,而實際上,他們的感情也早已超過了朋友之情。但在隨後的十年間,他們失去了聯繫。因此,當馬特收到了瑞恩的婚禮邀請函時,他驚訝了- 尤其是瑞恩要娶的是個女人!隨後馬特打斷了自己的另類生活方式回到家鄉。
他打算從那個讓瑞恩陷入巨大錯誤的“惡毒女人”手中挽回舊愛。另一方面,瑞恩那神氣的未婚妻亞歷克斯又對馬特表現出濃厚的興趣。她非常狡猾,既讓人生不起氣來,又討人喜歡。馬特試圖舊情復燃,瑞恩卻下定決心撲滅任何一個希望。瑞恩不願提起高中時期那些美好的往事,但馬特卻視他為一生摯愛。
從始至終,馬特都在和瑞恩的“新死黨”亞歷克斯鬥智斗勇,以及面對兩方家庭和那個他過去一直想徹底擺脫的小鎮。婚期將近(如流星馳向地面),無法忘卻的感情終於浮出水面,舊時秘密被揭開。愛情,性別,身份,這三者的界限是永不恆定的。