検索キーワード： ナレーター "Jim Sweeney" すべてのカテゴリー

Based entirely on audience suggestions, this hysterically funny historical drama tells the thrilling extended story of an aristocratic family at war with itself. From ancient Rome to 1920s Hollywood, we follow the Mastersons’ turbulent history across the centuries as their fortunes wax and wane and their fates hang on objects as diverse and unlikely as a tumble dryer, a rabbit’s foot and a pair of Siamese twins.

Life for supply teacher, Phil (Jim Sweeney), is turned upside down when his wife, Sarah (Caroline Quentin), is offered a new job. Phil agrees to give up work and become a stay-at-home dad to daughter Sophie - after all, how hard can it be? Phil quickly realises parenthood isn’t all coffee mornings and cake. He has to grapple with playgroups (when he can find them), new friends (some a little more ‘out there’ than others), a ‘helpful’ mother-in-law (she isn’t) and when Sarah goes to Paris with work, can Phil contain his jealousy?

When unemployed teacher Patrick and his wife, high-flying professional Helen, move back to the town where Patrick grew up, they thought life would be simpler. But Patrick's hazy and fond memories of his schooldays are brought back into sharp relief once he's surrounded by the people and places he'd long stopped thinking about, and he realises things were not always as he'd seen them. As Patrick begins to rebuild bonds and make new discoveries with his old school friends, Helen is making friends of her own.

No script, no props and living by their wit—in this side-splitting series, two of the funniest stars of The Comedy Store Players and Whose Line Is It Anyway? join together to create sketches from ideas shouted out by a live studio audience. Making it up as they go along, Josie Lawrence and Jim Sweeney riff on topics ranging from a room full of kittens to something you might find beneath the sofa; from an unexpected moon expedition to a mishap involving a Portaloo; and from an unusual gathering with the neighbours to a meet-cute involving electrolysis.