Where is miriam margolyes from and who is her partner?

Since , she has been in a relationship with.

Miriam Margolyes, the Hollywood actress famed for her role as Professor Sprout in the Harry Potter series, has opened up about her unconventional relationship with her partner of 54 years, Heather Sutherland. During a previous appearance on Table Manners with Jessie and Lennie Ware, the year-old revealed why she and her partner live separately.

She is a historian and academic, and I'm an actress and documentarian. She further explained that due to Heather's work in Indonesia, she resides in Amsterdam, but they make efforts to spend time together, particularly in Italy.

Miriam's partner is Heather Sutherland, a retired Australian professor of Indonesian studies, who the actress has previously described as a wonderful.

The couple first crossed paths while working on a BBC radio drama following Miriam's graduation from the University of Cambridge. In the same podcast, Miriam also disclosed that she had undergone a procedure known as transcatheter aortic valve replacement, which she described as a "refined" operation that saved her from open heart surgery. I've had an aortic valve replaced by a cow's aortic valve.

When asked by Jessie if this was a common procedure, she responded: "I think it's rather refined, actually! Furthermore, she said: "I don't know how common it is. I'd never heard of that operation. But it saves you from having open heart surgery, which would be infinitely more invasive. Previously, Miriam had referred to herself as "pathetic" for not tackling her weight issues which have resulted in some spinal problems.

She admitted treating herself to indulgent delicacies such as cheesecakes and fudge instead of prioritising her fitness. The actress even forecasted a possible future confined to a wheelchair. In an earlier episode of the podcast How To Fail With Elizabeth Day, Miriam labelled the failure to manage her weight as a "major failure".

This neglect led to spinal stenosis, a debilitating condition where the space around the spinal cord narrows down significantly.