A review of shared decision-making: A call to arms for health care professionals.

OBJECTIVE: To illustrate the use of shared decision-making (SDM) and SDM tools and aids as the essential components in the care of asthma. DATA SOURCES: We reviewed individual randomized controlled studies conducted between 1998 and 2020 to compare SDM interventions and the use of SDM tools and aids for the care of asthma. All studies were published or translated in English. STUDY SELECTIONS: We excluded studies of interventions that involved multiple components other than the SDM intervention unless the control group also received these interventions. We evaluated the existing literature on both SDM tools and aids and the process of SDM to summarize in this review. RESULTS: Shared decision-making tools and aids most commonly clarify the diagnostics and options for a treatment. The 6 elements of SDM were clearly supported. We found no considerable association between the presence of these elements of SDM and asthma outcomes. CONCLUSION: We found that SDM for asthma and SDM tools and aids were often made to transfer information about asthma treatment options and their harms and benefits. The correlation between their support of SDM key elements and their impact on asthma outcomes is often difficult to ascertain but when present, there was positive correlation to improving risk communication, adherence, patient satisfaction, and possibly decreasing liability.

Development and acceptability of a shared decision-making tool for commercial peanut allergy therapies.

BACKGROUND: Shared decision making (SDM) is the process through which patients and their medical provider mutually explore therapy goals, risk/benefit, and treatment options regarding medical care. Decision aids are tools that aid in the process of values clarification and help assess decisional needs and potential decisional conflicts. OBJECTIVE: To develop and assess acceptability of a decision aid for commercial peanut allergy therapies. METHODS: The creation of this decision aid occurred in 3 stages, including a qualitative study to assess decisional needs, development of a draft decision aid through multiple iterations in accordance with international guidelines and decision aid experts, and assessment of decisional acceptability, decisional conflict, and decisional self-efficacy related to using the decision aid. RESULTS: The decision aid went through 9 iterations, resulting in a 4-page aid with 7 parts, explaining the therapies, key risks and benefits of therapy choices, relative importance of key attributes of the therapies, and a self-check assessment regarding informational adequacy and how to take the next steps. A total of 24 subjects assessed the decision aid, noting it had good acceptability, high decisional self-efficacy (mean score 91.9/100), and low decisional conflict (mean score 20.2/100). Respondents rated the information content as adequate and sufficient and the information regarding the therapy choices as fair and balanced without a clear bias or presenting a "best choice." CONCLUSION: We have developed this decision aid as a tool to help caregivers navigate the complexity of decision making for peanut allergy treatment options. The decision aid was noted to have good acceptability, with scores reflective of the instrument enhancing decisional self-efficacy and reducing decisional conflict.

Dynamic N-occupancy models: estimating demographic rates and local abundance from detection-nondetection data.

Occupancy modeling is a widely used analytical technique for assessing species distributions and range dynamics. However, occupancy analyses frequently ignore variation in abundance of occupied sites, even though site abundances affect many of the parameters being estimated (e.g., extinction, colonization, detection probability). We introduce a new model ("dynamic N-occupancy") capable of providing accurate estimates of local abundance, population gains (reproduction/immigration), and apparent survival probabilities while accounting for imperfect detection using only detection/nondetection data. Our model utilizes heterogeneity in detection based on variations in site abundances to estimate latent demographic rates via a dynamic N-mixture modeling framework. We validate our model using simulations across a wide range of values and examine the data requirements, including the number of years and survey sites needed, for unbiased and precise estimation of parameters. We apply our model to estimate spatiotemporal heterogeneity in abundances of barred owls (Strix varia) within a recently invaded region in Oregon (USA). Estimates of apparent survival and population gains are consistent with those from a nearby radio-tracking study and elucidate how barred owl abundances have increased dramatically over time. The dynamic N-occupancy model greatly improves inferences on individual-level population processes from occupancy data by explicitly modeling the latent population structure.

Decisions With Patients, Not for Patients: Shared Decision-Making in Allergy and Immunology.

Shared decision-making (SDM) is an increasingly implemented patient-centered approach to navigating patient preferences regarding diagnostic and treatment options and supported decision-making. This therapeutic approach prioritizes the patient's perspectives, considering current medical evidence to provide a balanced approach to clinical scenarios. In light of numerous recent guideline recommendations that are conditional in nature and are clinical scenarios defined by preference-sensitive care options, there is a tremendous opportunity for SDM and validated decision aids. Despite the expansion of the literature on SDM, formal acceptance among clinicians remains inconsistent. Surprisingly, a significant disparity exists between clinicians' self-reported adherence to SDM principles and patients' perceptions of its implementation during clinical encounters. This discrepancy underscores a fundamental issue in the delivery of health care, where clinicians may overestimate their integration of SDM, while patients' experiences suggest otherwise. This review critically examines the factors contributing to this inconsistency, including barriers within the health care system, clinician attitudes and behaviors, and patient expectations and preferences. By elucidating these factors in the fields of food allergy, asthma, eosinophilic esophagitis, and other allergic diseases, this review aims to provide insights into bridging the gap between clinician perception and patient experience in SDM. Addressing this discordance is crucial for advancing patient-centered care and ensuring that SDM is not merely a theoretical concept but a tangible reality in the.

Profiling mouse brown and white adipocytes to identify metabolically relevant small ORFs and functional microproteins.

Microproteins (MPs) are a potentially rich source of uncharacterized metabolic regulators. Here, we use ribosome profiling (Ribo-seq) to curate 3,877 unannotated MP-encoding small ORFs (smORFs) in primary brown, white, and beige mouse adipocytes. Of these, we validated 85 MPs by proteomics, including 33 circulating MPs in mouse plasma. Analyses of MP-encoding mRNAs under different physiological conditions (high-fat diet) revealed that numerous MPs are regulated in adipose tissue in vivo and are co-expressed with established metabolic genes. Furthermore, Ribo-seq provided evidence for the translation of Gm8773, which encodes a secreted MP that is homologous to human and chicken FAM237B. Gm8773 is highly expressed in the arcuate nucleus of the hypothalamus, and intracerebroventricular administration of recombinant mFAM237B showed orexigenic activity in obese mice. Together, these data highlight the value of this adipocyte MP database in identifying MPs with roles in fundamental metabolic and physiological processes such as feeding.

The Challenges and Opportunities for Shared Decision Making Highlighted by COVID-19.

Shared decision making (SDM) is a management paradigm that empowers patients as partners in their own care in a bidirectional exchange of information and values, and optimize the decision-making process. During the current coronavirus disease 2019 pandemic, there is a greater need to encourage participation in the SDM process. The pandemic has created both challenges and opportunities for delivering care, as system adaptations influence the physician-patient relationship. Although social distancing and health service reallocation can interfere with preference for an in-person visit, these measures also provide an avenue to study and implement virtual SDM processes. Communicating risk at a time of heightened uncertainty may pose a barrier to SDM engagement but provides the opportunity to foster a patient-centered approach within a more personalized context. Social media influence during coronavirus disease 2019 has resulted in an "infodemic" but highlights the importance of patient engagement. The pandemic has changed how we deliver care but allows us to re-evaluate common practices and enhance effectiveness of our management strategies. Navigating the uncertainty of subsequent pandemic waves creates confusion about how to safely reinitiate clinical service. This will require ongoing SDM with our patients and among colleagues through current-and future-challenges. Coronavirus disease 2019 has created many difficulties but has forced us to reexamine how to provide more patient-centered and high-quality care.

Antibody expression stability in CHO clonally derived cell lines and their subclones: Role of methylation in phenotypic and epigenetic heterogeneity.

Routine CHO cell line development practices involve a lengthy process of iteratively screening clonally derived cell lines to identify a single line suitable for IND filing and clinical manufacture. Paramount in this process is development of a stable production cell line having consistent growth, productivity and product quality for the entire generational length of the manufacturing process. Scale-down stability models used to screen clones for consistency are time consuming and often a rate-limiting step in clone selection. To investigate CHEF1 production stability in CHO cells we analyzed genotypic and phenotypic attributes of monoclonal primary clones and their respective subclones over time in standard antibody production models. The main finding of this work indicates that monoclonal cell lines derived from single cell progenitors grow into populations of cells with varied phenotypic heterogeneity, as revealed in their subclones, from either stable or unstable cell lines. Investigation of the subclones demonstrates that clonally derived cell lines grow out into populations with variable phenotypes and genotypes, even if the primary clone shows consistency in both over many generations in a stability study. Phenotypic and genotypic heterogeneity mostly did not correlate, but growth and productivity appear driven in part by cytosine methylation heterogeneity in both primary and secondary clones. This work presents evidence that epigenetic analysis may be useful for early detection of stability traits, but emphasizes the continued importance of rigorous cell line stability screening to identify primary clones that have consistent phenotypic characteristics, especially growth and productivity, throughout the in vitro lifecycle of the cells. © 2018 American Institute of Chemical Engineers Biotechnol. Prog., 34:635-649, 2018.

Feeding anatomy, filter-feeding rate, and diet of whale sharks Rhincodon typus during surface ram filter feeding off the Yucatan Peninsula, Mexico.

The feeding anatomy, behavior and diet of the whale shark Rhincodon typus were studied off Cabo Catoche, Yucatan Peninsula, Mexico. The filtering apparatus is composed of 20 unique filtering pads that completely occlude the pharyngeal cavity. A reticulated mesh lies on the proximal surface of the pads, with openings averaging 1.2mm in diameter. Superficial to this, a series of primary and secondary cartilaginous vanes support the pads and direct the water across the primary gill filaments. During surface ram filter feeding, sharks swam at an average velocity of 1.1m/s with 85% of the open mouth below the water's surface. Sharks on average spent approximately 7.5h/day feeding at the surface on dense plankton dominated by sergestids, calanoid copepods, chaetognaths and fish larvae. Based on calculated flow speed and underwater mouth area, it was estimated that a whale shark of 443 cm total length (TL) filters 326 m(3)/h, and a 622 cm TL shark 614 m(3)/h. With an average plankton biomass of 4.5 g/m(3) at the feeding site, the two sizes of sharks on average would ingest 1467 and 2763 g of plankton per hour, and their daily ration would be approximately 14,931 and 28,121 kJ, respectively. These values are consistent with independently derived feeding rations of captive, growing whale sharks in an aquarium. A feeding mechanism utilizing cross-flow filtration of plankton is described, allowing the sharks to ingest plankton that is smaller than the mesh while reducing clogging of the filtering apparatus.

The long-acting beta-agonist controversy: a clinical dilemma.

The Food and Drug Administration approved new safety labeling on March 2, 2006 for medication containing salmeterol, a long-acting beta-agonist (LABA), because of data suggesting an increased risk of fatal or potentially fatal asthma episodes. The "black box" warning, public health advisory, and label change for salmeterol, salmeterol-fluticasone combination, and formoterol has heightened public and physician concern over the risk-to-benefit ratio and the medicolegal implications of prescribing these agents for patients with asthma. A problem-based learning (PBL) case was presented to several breakout groups at the Eastern Allergy Conference, May 6, 2006, in Naples, FL, focusing on the LABA controversy in the context of an actual patient. The consensus of opinion during the interactive group sessions among approximately 100 allergists was that (1) the patient had poorly controlled asthma on inhaled corticosteroid (ICS) monotherapy and that warranted a change of therapy; (2) each physician must choose which option presents the best benefit-to-risk ratio after a thorough and open discussion with the patient; (3) of the several choices for step-up therapy when a patient is not well controlled on an ICS alone, the best choice based on current evidence is combined ICS plus LABA. After the PBL case discussion, a didactic lecture was presented describing the evidence pertaining to the LABA controversy, which is detailed in this article.

Facial angioedema in children due to ladybug (Harmonia axyridis) contact: 2 case reports.

BACKGROUND: Only 9 adult cases of immediate-hypersensitivity reaction to ladybugs, also known as Asian lady beetles (Harmonia axyridis), have been documented in the literature. These patients have all shown symptoms of allergic rhinoconjunctivitis or asthma from exposure to ladybugs. OBJECTIVE: To describe the first pediatric patients with severe allergic facial angioedema requiring emergency department management after exposure to ladybugs. METHODS: Evidence of IgE-mediated hypersensitivity to ladybugs was documented by positive skin prick test reactions, correlating with exposure history. RESULTS: Two cases in preschool boys had similar features, although they were evaluated and tested by 2 different allergists. Both patients developed severe facial or periocular angioedema with no significant respiratory involvement after exposure to ladybugs outside their infested homes. Both patients required an emergency department visit for treatment. Allergy evaluation using ladybug extract for skin prick testing showed markedly positive reactions in both patients. There were no further episodes after environmental control measures were instituted. CONCLUSIONS: Although allergic respiratory or cutaneous reactions to ladybugs are uncommon, a high index of suspicion from exposure history and confirmatory skin testing can be conclusive for the diagnosis.

Chronic cough: an interactive case discussion.

The following case was presented at the Eastern Allergy Conference May 2005 to each of four small group sessions in an attempt to incorporate problem-based learning (PBL) into the curriculum of the conference for the first time in its 18-year history. Before this, the format had always been non-stop lectures for four days. The attempt to use PBL in breakout sessions was due to the well-documented improved learning experience with PBL demonstrated by multiple studies in the literature of PBL for CME. This PBL case on an adult who presents with a "chronic cough" was linked to a series of three didactic lectures to reinforce the differential diagnoses in this patient. The three lectures followed the PBL breakout sessions (during the morning of the conference) and were entitled Laryngeal Pharyngeal Reflux (LPR), Chronic Sinusitis: A Surgical Perspective and Chronic Cough. Although the best learning scenario for this case occurs when there is interaction with one's peers, review of this case and answering the questions that were posed by the facilitators can still provide a great learning experience.

Changing physician prescribing patterns through problem-based learning: an interactive, teleconference case-based education program and review of problem-based learning.

BACKGROUND: Although asthma guidelines have recommended the use of anti-inflammatory controller medications since 1991, studies have consistently shown widespread failure to follow the guidelines. Major barriers include lack of knowledge and the inability to operationalize knowledge. Improved continuing medical education methods should result in more effective learning by physicians and other health care professionals, leading to better adherence to guidelines, resulting in better outcomes. OBJECTIVE: To evaluate the effectiveness of an interactive, case-based, educational intervention, also known as problem-based learning, using a series of interactive, case-based teleconferences. METHODS: A series of interactive, case-based teleconferences was completed with 20 primary care physicians. Each case involved a child aged 16 months to 12 years with asthma. A 12-month analysis of physician prescribing patterns was conducted. RESULTS: Program acceptance by the 20 physicians was uniformly positive. Significant improvement was noted, with an overall increase in controller use. Review of prescription data showed an increase in inhaled corticosteroid use from an average of 2.54 to 7.76 refills per month for the 6 months after the intervention (P < .001). CONCLUSIONS: After participating in a unique educational intervention-problem-based learning using interactive, case-based teleconferences-the prescribing patterns of physicians were altered significantly toward better adherence to asthma guidelines, as demonstrated by an increased use of anti-inflammatory controller medications (inhaled corticosteroids and leukotriene antagonists).