Papers I Dog-Ear
List · 10 items

Papers I Dog-Ear

Marcus OndrejekMarcus Ondrejek · 3 likes
10 items
ListAcademic Papers · Entertainment

Papers I Dog-Ear

Marcus Ondrejek
@hoftromboneguy
10Items
3Likes

When I’m not checking if someone can safely chase 4 grams of acetaminophen with 60 mL of Malört (do not), I’m usually either in a practice room getting 95 dB of trombone bell straight to the cochlea or rereading papers like these. It’s a weird Venn diagram of cognitive psych, toxicology, and ‘why are brass players like this.’ These are the PDFs I end up reopening at 2 a.m. between MAR dosing checks and charting whether the tuba player needs earplugs. Anyway, back to it.

The list

Rank
Papers I Dog-Ear — 10 items
NameFieldYearCore ideaWhy it stuckMy take
1The Magical Number Seven, Plus or Minus Two (Miller)Cognitive psychology1956Working memory taps out around 7 ± 2 chunks of information.Explains exactly why my brain hard-crashes at the 9th antibiotic renal-dose adjustment of the night.Every time someone proposes a 14-step med rec process, I want to just slide this paper across the table and walk away.
2The Cocktail Party Problem (Cherry)Auditory perception1953How we focus on one voice in a noisy room full of competing talkers.Feels like a literal description of sign-out on a busy ward plus a brass section warming up in the next room.Honestly reads like a justification for why paging over overhead speakers should be a controlled substance.
3The Cocktail-Party Problem Revisited (Best et al.)Psychoacoustics2015Dissects early processing and selection of speech when multiple people talk at once.Connects the classic Cherry problem to modern signal-processing and brain-level explanations.Any paper that can make ‘shadowing tasks’ feel relevant to a trombone section soli gets a permanent spot in my folder.
4What Is the Cocktail Party Problem and Why Should Animal Behaviorists Study It? (Bee & Micheyl)Animal behavior / auditory ecology2008Applies the cocktail party idea to how animals communicate in noisy environments.Suddenly my band rehearsals and a frog chorus at 72 dB A-weighted feel like the same experiment.Helpful for remembering that humans aren’t the only species yelling over bad room acoustics.
5Interventions for Paracetamol (Acetaminophen) Overdose (Cochrane Review)Clinical toxicology2006Systematic look at antidotes for acetaminophen overdose, especially N-acetylcysteine.This is the paper I mentally flip to every time I see a 300 mg/kg ingestion at 3 a.m.If my hard drive caught fire, I’d re-download this before my own CV. Priorities.
6Shortened Course Oral N-Acetylcysteine for Acute Acetaminophen PoisoningClinical toxicology2007Shows that shorter oral NAC regimens can still prevent liver failure in selected patients.Makes me quietly question every default 72-hour order set I see in the EMR.Peak pharmacist energy is reading this and immediately wanting four new hospital protocols and a QI project.
7Interventions for Paracetamol Overdose: Updated Evidence (Watson et al.)Evidence-based medicine2006Synthesizes trial data on NAC timing, route, and alternatives for overdose management.It’s the meta-view that keeps my inner guideline goblin happy.If Miller gave us 7 ± 2 items, this paper is the reason half of mine are NAC dosing algorithms.
8University Marching Band Members’ Noise Dosages and Hearing Health-Related KnowledgeOccupational audiology2021Quantifies noise exposure and hearing-health knowledge in college marching band members.Seeing trombones sitting at ~90 dBA with 500%+ daily dose feels…personally targeted.Made me start keeping spare earplugs in my mute bag next to the valve oil and emergency granola bar.
9Evaluation of Sound Exposure and Risk of Hearing Impairment in Orchestral MusiciansOccupational health2011Measures sound levels and estimates hearing-loss risk across orchestral sections.Confirms that brass sections really are a long-term project in controlled inner-ear destruction.Nothing motivates you to keep SPL under 85 dBA like seeing your instrument in the ‘high risk’ column, again.
10The Quantum Cocktail Party ProblemQuantum information / signal processing2019Translates the cocktail party source-separation problem into a quantum information framework.Takes a classic psych problem and reimagines it with qubits instead of grad students in headphones.I do not strictly need quantum mechanics to mix a Malört highball, but it’s fun to pretend I do.