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Background: This study explored the personal experiences of family carers and residential care staff in supporting adults with intellectual disabilities through the process of bereavement. Method: A semi-structured interview was used to interview 11 carers on their experience of supporting adults with intellectual disabilities through the process of bereavement. The transcripts were analysed using interpretative phenomenological analysis (IPA). Results: A total of five superordinate themes were identified: (i) Factors making the experience difficult for carers, (ii) Factors that helped carers, (iii) Carers' perspectives on the responses of people with intellectual disabilities, (iv) Approaches to supporting people with intellectual disabilities and (v) Carers' perspectives on support. Conclusions: Supporting people with intellectual disabilities through bereavement is an emotionally demanding task for carers. The support needs of carers need to be acknowledged and addressed in order to ensure that adequate support is available to people with intellectual disabilities following bereavement.This study explored the personal experiences of family carers and residential care staff in supporting adults with intellectual disabilities through the process of bereavement.

Amyotrophic lateral sclerosis (ALS) attacks the corticomotor system, with motor cortex function affected early in disease. Younger females have a lower relative risk of succumbing to ALS than males and older females, implicating a role for female sex hormones in disease progression. However, the mechanisms driving this dimorphic incidence are still largely unknown. We endeavoured to determine if estrogen mitigates disease progression and pathogenesis, focussing upon the dendritic spine as a site of action. Using two-photon live imaging we identify, in the prpTDP-43A315T mouse model of ALS, that dendritic spines in the male motor cortex have a reduced capacity for remodelling than their wild-type controls. In contrast, females show higher capacity for remodelling, with peak plasticity corresponding to highest estrogen levels during the estrous cycle. Estrogen manipulation through ovariectomies and estrogen replacement with 17β estradiol in vivo was found to significantly alter spine density and mitigate disease severity. Collectively, these findings reveal that synpatic plasticity is reduced in ALS, which can be amelioriated with estrogen, in conjuction with improved disease outcomes. [ABSTRACT FROM AUTHOR]