76, P = 0.004, SMD = -2.85, P = 0.003, and SMD = -3.15, P = 0.0008, respectively). A clear direction of effect was found with exercise on breast cancer cell migration in vitro, however this effect was not significant (SMD = -0.62, P = 0.317). To our knowledge, this is the first meta-analysis and systematic review investigating and summarizing literature on exercise and breast cancer in vitro, highlighting models used and priority areas for future research focus.Microphysiological systems (MPS), often referred to as "organ-on-chips," are microfluidic-based in vitro models that aim to recapitulate the dynamic chemical and mechanical microenvironment of living organs. MPS promise to bridge the gap between in vitro and in vivo models and ultimately improve the translation from preclinical animal studies to clinical trials. However, despite the explosion of interest in this area in recent years, and the obvious rewards for such models that could improve R&D efficiency and reduce drug attrition in the clinic, the pharmaceutical industry has been slow to fully adopt this technology. The ability to extract robust, quantitative information from MPS at scale is a key requirement if these models are to impact drug discovery and the subsequent drug development process. Microscopy imaging remains a core technology that enables the capture of information at the single-cell level and with subcellular resolution. Furthermore, such imaging techniques can be automated, increasing throughput and enabling compound screening. In this review, we discuss a range of imaging techniques that have been applied to MPS of varying focus, such as organoids and organ-chip-type models. We outline the opportunities these technologies can bring in terms of understanding mechanistic biology, but also how they could be used in higher-throughput screens, widening the scope of their impact in drug discovery. We discuss the associated challenges of imaging these complex models and the steps required to enable full exploitation. Finally, we discuss the requirements for MPS, if they are to be applied at a scale necessary to support drug discovery projects.Advances in diagnostic and therapeutic interventions have improved the survival of neonates with sacrococcygeal teratoma in richer countries. These changes have not yet taken place in resource-limited settings. A retrospective analysis of neonates with sacrococcygeal teratoma operated at our centre during 1997-2016 was performed. Among 44 neonates enrolled, prenatal diagnosis of sacrococcygeal teratoma was available in 25% of pregnancies. All babies except one were born vaginally. Associated congenital malformations were seen in 20% (9/44). Types of sacrococcygeal teratoma were classified as Altman type I in 12 (27.3%), 24 (54.5%) as type II, 6 (13.6%) as type III and 2 (4.5%) as type IV. Morphologically, 77% (34/44) neonates had cystic lesions. All patients were managed successfully by total excision. Histopathology confirmed mature teratoma in 43 (97.7%). After a 12-month follow-up, no recurrence was observed. An uneventful pregnancy, absence of associated congenital anomalies, cystic morphology and a mature histology are good prognostic factors.Splenic abscess is a relatively uncommon condition, posing a diagnostic and therapeutic challenge for the treating physician. It occurs due to haematogenous spread from endocarditis or other septic foci, especially in immune-compromised individuals and diabetics.  https://www.selleckchem.com/products/XL184.html  We describe an elderly male who presented with splenomegaly and low-grade fever with no predisposing factors. Examination revealed a tender splenomegaly. Ultrasonography (US) showed a hypoechoic area within the spleen from which guided aspiration of pus grew Staphylococcus aureus and Klebsiella pneumoniae. Percutaneous drainage and culture-based antibiotics failed to resolve the abscess, obligating surgical drainage. Intraoperative biopsy from the abscess wall was reported as splenic marginal lymphoma. This unusual presentation of lymphoma needs to be considered in splenic abscess without known risk factors.Rapid response services provide opportunities for older people living with frailty to remain in their own homes during an episode of deteriorating health. The government has announced additional funding to increase capacity and responsiveness for these services through the Ageing Well programme as part of the NHS Long Term Plan. Older people living with frailty are particularly at risk of the adverse effects of a hospital admission and evidence is emerging of the benefits of enhanced healthcare support to allow them to remain in their own home. The Hospital at Home model offers short-term, targeted interventions at acute hospital level care that can provide a truly person-centred experience within the home. This article describes a Rapid Response and Treatment service for older people living in care homes in Berkshire West and shares Sid's story to demonstrate how such a service is delivered. The COVID-19 pandemic has presented additional challenges and opportunities that highlight the ongoing need for the development of services that will support older people to prioritise what matters to them most.People requiring palliative care should have their needs met by services acting in accordance with their wishes. A hospice in the south of England provides such care via a 24/7 hospice at home service. This study aimed to establish how a nurse-led night service supported patients and family carers to remain at home and avoid hospital admissions. Semi-structured interviews were carried out with family carers (n=38) and hospice-at-home staff (n=9). Through night-time phone calls and visits, family carers felt supported by specialist hospice staff whereby only appropriate hospital admission was facilitated. Staff provided mediation between family carer and other services enabling more integrated care and support to remain at home. A hospice-at-home night service can prevent unnecessary hospital admissions and meet patient wishes through specialist care at home.Heart failure as a comorbidity in the older population with COVID-19 poses an additional threat to those affected. Patients with both COVID-19 and heart failure share similar risk factors, which result in magnification of pathological outcomes. These include a common inflammatory pathology and related coagulopathy. Both illnesses pose a risk of arrhythmia. Polypharmacy further complicates safe drug administration and worsens the risk of medication-induced arrhythmia. Additionally, both conditions present challenges regarding attaining and maintaining an appropriate nutritional state. Exploration of the interplay between these factors demonstrates the gravity of the co-existence of these conditions and helps understand the difficulties faced when caring for this patient group. Although care provided to COVID-19 patients is primarily related to symptom presentation, based on the analysis conducted, there are some recommendations for practice in relation to evidence and guidelines when managing heart failure patients in primary care within the context of the COVID-19 pandemic.