Overview

Kieran Hart has just gone through a divorce and is starting over with a new job at a DNA discovery site. After finding out she’s adopted years earlier, she sends in her sample, hoping to find her birth parents, and instead, finds herself in a police station, being accused of a crime she didn’t commit because her DNA was a match to a homicide. Only, it’s not Kieran’s DNA. It’s her identical twin sister’s DNA. The sister she never knew she had.

Carina Whitlock is the top ADA in her office and is on her way to becoming the next district attorney when she is handed the case of Marin May, Kieran’s twin sister. It seems like a fairly open-and-shut case until she spends time with Kieran and finds herself not only believing that Marin might not have committed the crime, but also that Kieran might be more than someone she’s supposed to know through a case.

All the evidence points to Marin being the killer and maybe much more than just that, but Kieran can’t stop trying to help her sister and becoming friends and maybe more with the ADA assigned to prosecute the case.

TRIGGER/CONTENT WARNING:
Mentions (but no depictions) of miscarriage, sexual assault, kidnapping, murder, abuse

About Nicole Pyland

Nicole Pyland is a bestselling author of lesbian romance novels, including No After You, All the Love Songs, and the series like Chicago, San Francisco, Tahoe, Sports, Boston, and more. Since 2017, she’s published over 30 novels (not including her What Happened After shorts), and more books are on their way!

Nicole grew up in Indiana, studying English & Film and then getting a MS in Behavior Analysis and moving to California, working by day as a Head of Training at a startup. She lives with her wife and their opinionated cat, who spends his evenings helping her write stories by occupying half the chair.

"I’ve always had fictional characters trapped inside my head. Now, I’m giving them their voices in my books. I started publishing in November 2017, but out of all the words I’ve ever used to describe myself, writer has been the only constant."