Don't Toy with Me, Miss Nagatoro Manga Box Set

Informationen zum Autor Nanashi began their career by posting artwork on Pixiv, which is a online community platform for artists and members can provide feedback. Nanashi posted early versions of Nagatoro san which gained popularity with the fans and was picked up by online manga platform, Magazine Pocket (owned by Kodansha). Klappentext The hit rom-com series that became an anime! Includes volumes 1~6 of the manga, box with Nagatoro artwork, plus a bonus item.   "This is a fun new comedy series that has far more layers than you’d expect. Any fans of romantic comedy manga should definitely give this one a look." - The Turnaround Blog Nagatoro is a freshman in high school who loves teasing and torturing her older male classmate. What is her motivation and why does Senpai put up with her? Does Nagatoro just want to create misery for Senpai? Or maybe she secretly likes him?   13+ Zusammenfassung The hit rom-com series that became an anime! Includes volumes 1~6 of the manga! box with Nagatoro artwork! plus a bonus item.   "This is a fun new comedy series that has far more layers than you’d expect. Any fans of romantic comedy manga should definitely give this one a look." - The Turnaround Blog Nagatoro is a freshman in high school who loves teasing and torturing her older male classmate. What is her motivation and why does Senpai put up with her? Does Nagatoro just want to create misery for Senpai? Or maybe she secretly likes him?   13+

Produktdetails

• Autoren: Nanashi
• Verlag: Vertical, Inc.
• Sprache: Englisch
• Produktform: Taschenbuch
• Erschienen: 28.02.2023
• EAN: 9781647291679
• ISBN: 978-1-64729-167-9
• Abmessung: 143 mm x 199 mm x 95 mm
• Serien: Don't Toy with Me, Miss Nagatoro; Don't Toy with Me, Miss Nagatoro Manga Box Set
• Themen: Belletristik > Comic, Cartoon, Humor, Satire; COMICS & GRAPHIC NOVELS / Romance, Graphic Novels: Manga, COMICS & GRAPHIC NOVELS / East Asian Style / Manga / General, COMICS & GRAPHIC NOVELS / School Life, Manga & Asian style comics