Child Loss whit and kels Child Loss whit and kels

Mandi’s Story

This week's guest, Mandi tells us about her son, Tate who passed away a couple of years ago. Tate was a talented, smart, brave, and very busy boy who seemed to excel at many things in life. Tate unfortunately left this world too soon, and Mandi does a beautiful job at sharing her experiences through the grief and mourning of her son.

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Sibling Suicide whit and kels Sibling Suicide whit and kels

Christa’s Story

Christa is our guest for this weeks episode. She share's her story of losing one of her older brother's to suicide, and going through such a traumatic event when she was only 15. Christa describes to us what life looked like for her and what mental changes she had to make for herself after her brother passed away. Losing a family member is so traumatic. Losing your big brother with whom you were very close with, when you are a sophomore in high school, adds another layer of trauma. She share's with us some advice about how she felt as the sibling in grief, versus what parent's can be going through. We loved learning from her and the perspective that she has. We hope you love this weeks episode.

XOXO - Whit + Kels

You can find Christa on Instagram @toolsforstruggle

Christa has written a few books on grief and healthy coping skills. She also wrote a fictional novel that is based on her experience of losing her brother, which we highly recommend. You can find those books on Amazon @

https://www.amazon.com/Christa-Jaussi/e/B07WHHXHLN?ref=sr_ntt_srch_lnk_1&qid=1646693183&sr=1-1

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Triploidy, Stillborn, Child Loss whit and kels Triploidy, Stillborn, Child Loss whit and kels

Megan’s Story

Megan is our guest on today's episode. She tells us her story of her daughter Natalie who was stillborn due to a rare disease called Triploidy. According to rarediseases.org - Triploidy is the presence of an additional set of chromosomes in the cell for a total of 69 chromosomes rather than the normal 46 chromosomes per cell. The extra set of chromosomes originates either from the father or the mother during fertilization.

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