Objective To analyze stress-related disorders and the effect of crisis prevention in 54 females admitted to the Female Psychiatry Department of The Third Hospital of Mianyang City after the Wenchuan earthquake. Methods The patients were assessed with BPRS, HAMD, HAMA, and BPMS scales. According to their clinical manifestations, antipsychiatric, antidepressive, anxiolytic, and antimanic treatment were administered to them. All patients received cognitive-behavior and psychological therapy and were assessed after one month. Results Although all patients were earthquake sufferers, their clinical manifestations varied. Strengthened crisis prevention combined with appropriate drug treatment alleviated their symptoms. Conclusion In terms of alleviating symptoms, curtailing disease course, and facilitating mental rehabilitation, post-catastrophe crisis prevention is extremely important for female patients with stress-related disorders.
Lattice retinal degeneration is a common peripheral retinal degenerative condition and is widely recognized as a significant precursor to retinal detachment, resulting in severe visual loss. Recent advances in deep learning technologies have driven the development and adoption of automated screening systems for lattice retinal degeneration using ultra-widefield fundus imaging. These systems have demonstrated notable success in large-scale screening of peripheral retinal diseases, offering valuable support for the early identification and risk stratification of lattice degeneration. Currently, retinal laser photocoagulation remains the mainstay treatment for lattice degeneration. This intervention effectively mitigates the risk of rhegmatogenous retinal detachment. However, controversies persist regarding the optimal selection of treatment candidates and the evaluation of therapeutic efficacy. In the future, the continuous evolution of imaging analysis techniques and artificial intelligence holds promise for the development of personalized and precision-based intervention strategies. Such advancements are expected to provide more robust evidence to guide the diagnosis and treatment of lattice retinal degeneration, ultimately improving patient outcomes.