1/ ๐ Critical care has seen major advancements, but post-critical illness complications are prevalent & can persist for years. Health inequities can worsen outcomes. Covid-19 pandemic has highlighted this issue.
2/ ๐ A continuum of care from ICU to community is needed, alongside basic science inquiry to understand multiple mechanisms of morbidity. Transparent reporting of long-term ICU outcomes is essential.
3/ ๐ Early studies focused on short-term mortality & pulmonary outcomes, but current literature reveals multidimensional ICU outcomes affecting patients, caregivers, children, & ICU teams.
4/ ๐จ ARDS research has evolved to show long-term functional disability & muscle wasting even with normal/near-normal pulmonary function. Impaired health-related quality of life & increased healthcare use persist years after ICU discharge.
5/ ๐ง ICU-acquired weakness, cognitive dysfunction, and PTSD are prevalent in ICU survivors. Modifiable & nonmodifiable risk factors contribute to these long-term consequences.
6/ ๐ฅ Frailty, multimorbidity, oral complications, vision/hearing loss, procedure-related trauma, endocrinopathies, and cosmetic concerns are among the many coexisting conditions in ICU survivors.
7/ ๐จโ๐ฉโ๐ง Caregivers & family members can also be deeply affected by ICU experiences, leading to stress, trauma, & intergenerational effects.
8/ ๐ The BRAIN-ICU study shows cognitive outcomes in ICU survivors similar to mild Alzheimer's-type dementia or moderate traumatic brain injury. ICU delirium duration is a major risk factor.
9/ ๐ Mood disorders (PTSD, depression, anxiety) are prevalent & persistent among ICU survivors, with various risk factors contributing to their development.
10/ ๐ Pressure injuries are common in ICU patients, with severity linked to mortality & risk factors including older age, diabetes, vasopressor use, & prolonged ICU stay.
11/ ๐ฃ Need to prioritize education & engagement with critical care colleagues, stakeholders, & primary care physicians to better address patient needs before, during, & after ICU care.
12/ ๐ง Age is a central determinant of survival & disability after critical illness. As age & severity of illness increase, pre-ICU health status becomes a key factor in post-ICU outcomes.
13/ ๐ฅ Social isolation, frailty, cognitive impairment, & impaired functioning before ICU admission are associated with increased disability risk after discharge in older patients.
14/ ๐ช ICU-acquired weakness is linked to lower chances of weaning from mechanical ventilation, higher healthcare costs, & 1-year mortality. Severe & persistent weakness at ICU discharge increases 1-year mortality further.
15/ ๐จ๐ฆ RECOVER study shows functional status 7 days after ICU discharge determines disability outcome trajectories based on age & length of ICU stay, independent of the diagnosis on ICU admission.
16/ ๐ Mortality at 1 year for patients older than 66 & spending 2+ weeks in ICU was 40%. Additional decades of age & each extra week in ICU beyond 2 weeks independently increased multidimensional disability & mortality at 1 year.
17/ โ๏ธ Data on clinical risk factors & high-risk patient outcomes support trials of limited ICU treatment and weekly goal-of-care discussions with patients & family caregivers after 2+ weeks in ICU.
18/ ๐ฃ๏ธ Open conversations about outcome expectations, including disability & death risks, are crucial for informed consent & ongoing ICU treatment. Long-term ICU stays should not result in indefinite trials of mechanical ventilation or ECMO support.
19/ ๐ Critical care has made significant progress in saving lives, but the next challenge is to look beyond the ICU, hospital discharge, and short-term survival, embracing the construct of ICU care as part of a continuum of care.
20/ ๐ฏ The critical care community should prioritize mitigating suffering in the ICU, disability after discharge, and establish a 1-year time horizon as the practice standard for assessing ICU care consequences.
21/ ๐ This provides an opportunity for education, advocacy, continuity of care, and accountability for critically ill patients, their caregivers, their children, and our healthcare system.
Identification of High-Risk Coronary Lesions by 3-Vessel Optical Coherence Tomography: @JACCJournals
Thin cap fibroatheroma (TCFA) and MLA <3.5 mm2: โ ๏ธ
7-point Summary ๐๐
1/7 In this observational study of AMI patients undergoing 3-vessel OCT, insights into the prognostic value of OCT for identifying high-risk patients and lesions for adverse cardiac events were evaluated.
2/7 Nonculprit lesions that were implicated for follow-up events were not angiographically severe but had high-risk characteristics, such as TCFA and MLA <3.5 mm2, which were independent predictors of subsequent events.
Evaluation and Management of Pulmonary Hypertension in Noncardiac Surgery: A Scientific Statement From the American Heart Association: @CircAHA
Here are few points to summarize
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1/ Pulmonary hypertension (PH) is a group of disorders that result in an elevation in blood pressure in the pulmonary arteries (mean pulmonary artery [PA] pressure [mPAP] >20 mm Hg) and is associated with an increased risk of death.
2/ PH is increasing in prevalence due to an aging population, rising prevalence of heart and lung disease, and improved PH survival with targeted therapies.
Management of Stable Angina in the Older Adult Population: @CircIntv
- This time I get to summarize our work led by my friend @MichaelGNanna
20-point summary ๐งต
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1/ Stable Ischemic Heart Disease (SIHD) is a major cause of morbidity, mortality, and disability in older adults, with those aged โฅ75 making up 30% of patients affected in the US.
2/ Medical therapy is the preferred initial management option for most patients with stable SIHD, with revascularization reserved for high-risk anatomy or breakthrough symptoms.