Dr. Pino studies the complexities of brain injuries and how to best support patients who experience changes in consciousness. He investigates methods for accurately assessing patients who are in various states of awareness, such as those in a coma or just becoming aware. His research includes developing programs that help medical professionals understand how to better predict recovery outcomes and improve patient care. Additionally, he explores strategies for early mobilization in patients recovering from specific brain conditions, which can significantly enhance overall recovery and outcomes.
Key findings
The RECOVER program aims to improve predictions of recovery for patients with disorders of consciousness, addressing the inconsistencies that currently exist.
In patients with subarachnoid hemorrhage, nurse-led mobilization increased patient movement from an average of 3 to 7 times during hospital stays, improving chances of returning home or to rehabilitation.
With a new early mobility plan, patients with external ventricular drains started moving on average just over a week after treatment, a notable improvement from nearly three weeks, leading to a discharge rate increase from 63.2% to 88.5%.
Frequently asked questions
Does Dr. Pino study brain injuries?
Yes, Dr. Pino focuses on brain injuries and disorders of consciousness, aiming to improve recovery and assessment methods for these patients.
What treatments has Dr. Pino researched?
Dr. Pino has researched the effectiveness of early mobilization techniques for patients recovering from specific brain conditions, finding that these approaches can lead to better recovery outcomes.
Is Dr. Pino’s work relevant to families with loved ones in a coma?
Absolutely, Dr. Pino’s research addresses the challenges in predicting recovery for patients in coma and aims to improve care for these individuals and their families.
Publications in plain English
Altered Mental Status at the Extreme: Behavioral Evaluation of Disorders of Consciousness.
2024
Seminars in neurology
Dhadwal N, Cunningham K, Pino W, Hampton S, Fischer D
Plain English This study looked at how to better assess different levels of consciousness in patients who have severe mental status changes, moving from coma to more aware states. Researchers found that traditional methods, like the Glasgow Coma Scale, have limitations, and they reviewed new neurobehavioral assessment tools that offer a more accurate evaluation but also have their own strengths and weaknesses. Improving how we assess these patients is important because it can lead to better care and recovery outcomes.
Who this helps: This helps doctors and healthcare providers working with patients who have severe brain injuries.
The Recovery of Consciousness via Evidence-Based Medicine and Research (RECOVER) Program: A Paradigm for Advancing Neuroprognostication.
2024
Neurology. Clinical practice
Fischer D, Abella BS, Bass GD, Charles J, Hampton S +10 more
Plain English This study looked into the challenges of predicting recovery for patients with disorders of consciousness after severe brain injuries. The authors found that current methods are inconsistent and often lead to mistakes, which can increase the risk of unnecessary suffering and death. They propose a new program called RECOVER that aims to deliver better, more specialized care by combining insights from different medical fields and improving education and research in this area.
Who this helps: This helps patients with severe brain injuries and their families.
Safety and Feasibility of Early Mobilization in Patients with Subarachnoid Hemorrhage and External Ventricular Drain.
2019
Neurocritical care
Young B, Moyer M, Pino W, Kung D, Zager E +1 more
Plain English The study looked at the safety and effectiveness of getting patients with a specific type of brain bleed (subarachnoid hemorrhage) moving early while they had an external drain to manage fluid buildup. Researchers found that when nurses were allowed to help mobilize patients, these patients were moved more often—about 7 times during their hospital stay compared to just 3 times when only physical and occupational therapists were involved. This early movement helped more patients go directly home or to rehabilitation rather than nursing homes, suggesting that nurse-led mobilization can be a key part of recovery.
Who this helps: This helps patients recovering from brain injuries and the healthcare professionals caring for them.
Implementation of an Early Mobility Pathway in Neurointensive Care Unit Patients With External Ventricular Devices.
2017
The Journal of neuroscience nursing : journal of the American Association of Neuroscience Nurses
Moyer M, Young B, Wilensky EM, Borst J, Pino W +9 more
Plain English This study looked at patients in the neurointensive care unit who had external ventricular drains (EVDs) after suffering from a type of brain bleed called subarachnoid hemorrhage. Researchers developed a plan to help these patients get moving sooner and found that patients could start moving much earlier—on average, just over a week after treatment compared to nearly three weeks before the plan was implemented. This early mobilization seemed to lead to more patients being sent home or to rehabilitation, jumping from 63.2% to 88.5%.
Who this helps: This approach benefits patients recovering from brain injuries who need EVDs, helping them regain mobility faster and potentially improving their recovery outcomes.
Vitamin D dependent rickets type II and normal vitamin D receptor cDNA sequence. A cluster in a rural area of Cauca, Colombia, with more than 200 affected children.
1995
Clinical genetics
Giraldo A, Pino W, García-Ramírez LF, Pineda M, Iglesias A
Plain English In a study in rural Cauca, Colombia, researchers found over 200 children with a condition called vitamin D dependent rickets type II, which affects bone growth and can cause limb deformities. Despite their challenges, the children were well-nourished and did not have other serious health issues. Blood tests showed low levels of calcium compared to healthy relatives, indicating a problem with how their bodies respond to vitamin D.
Who this helps: This information helps doctors understand and diagnose vitamin D dependent rickets type II more accurately in affected populations.
David Fischer Stephen Hampton Bethany Young Megan Moyer David Kung Eric Zager Benjamin S Abella Geoffrey D Bass Jeremy Charles Catherine V Kulick-Soper
Physician data sourced from the
NPPES NPI Registry
.
Publication data from
PubMed
.
Plain-English summaries generated by AI.
Not medical advice.