PODCAST · education
STAT Stitch Deep Dive Podcast Beyond The Bedside
by Regular Guy
https://statstitch.etsy.com click the link to buy a shirt to help and support the channel. Instead of asking for free money I am trying to provide you with some value to help me offset some of the cost it takes to run the channel. so if you like the shirt grab one or 4 and spread the word! Welcome to STAT Stitch Deep Dive: Beyond the Bedside, the podcast where nursing knowledge, clinical storytelling, and the realities of nursing school collide. Whether you’re a current nursing student, preparing for boards, or a new nurse navigating your first year at the bedside, this show is designed to give you the mix of insight, clarity, and encouragement you need to succeed in both the classroom and the hospital. Hosted by a trauma nurse and nursing student who’s living the journey alongside you, each episode combines Audio Overviews—broken down into conversational, easy-to-digest le
Episodes
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CC | Diffuse Axonal Injury (DAI)
According to your sources, Diffuse Axonal Injury (DAI) is widespread axonal damage caused by the physical forces of a mild, moderate, or severe traumatic brain injury (TBI)[1]. Physical Mechanism Traumatic Impact Forces: DAI occurs due to the tensile forces of trauma sustained during a head...
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CC | Acute Neurological Disorders
Core Intracranial Dynamics (The 20%) Volume Distribution: The enclosed skull holds 78% brain tissue, 12% blood, and 10% CSF[1][2]. Monro-Kellie Doctrine: Intracranial volume is constant; an increase in any component requires compensatory displacement of others to maintain constant volume within…
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CC | Epidural v Subdural Hematomas
An Epidural Hematoma (EDH) and a Subdural Hematoma (SDH) are two distinct forms of focal intracranial bleeding caused by head trauma[1][2]. They differ significantly in anatomical location, primary bleeding source, clinical progression, and at-risk populations[2][3]. 1. Side-by-Side Comparison...
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CC | PRIMER Acute Brain Injury
Core Intracranial Dynamics (The 20%) Volume Distribution: The enclosed skull holds 78% brain tissue, 12% blood, and 10% CSF[1][2]. Monro-Kellie Doctrine: Intracranial volume is constant; an increase in any component requires compensatory displacement of others to maintain constant volume within…
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CC | Stroke [CVA] Additional Information
this episode goes over the 4 kinds of stokes from a high level overview
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CC CJM | Intro
the intro episode to the clinical judgement model
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CC CJM | Burns
Burn Classification & TBSA Assessment Burn severity depends on depth, extent (TBSA), location, and patient risk factors[1]. Depth is classified as partial-thickness (epidermal/dermal; painful, red, blistered) or full-thickness (dermal destruction, painless, leathery eschar, visible thrombosed...
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CC CJM | Chronic Neurological Disorders
Primary Headaches[1] Tension (TTH): Bilateral, dull bandlike pressure[1][2]. No nausea[2]. Tx: NSAIDs[3][4]. Prev: Amitriptyline[3][5]. Migraine: Unilateral throbbing, ± aura[1][6]. Triggers: stress, red wine[6][7]. Acute: Triptans (sumatriptan; contraindicated in CAD, ischemic stroke…
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CC CJM | Stroke [CVA]
80/20 Clinical Stroke Summary Core Concepts & Emergency Recognition A stroke is an emergency where cell death occurs due to ischemia (inadequate blood flow, 87% of cases) or hemorrhage (bleeding, 13%)[1][2]. Interruption of blood flow alters brain metabolism in 30 seconds, stops it in 2 minutes,...
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CC CJM | CKD v AKI
80/20 Clinical Summary: Renal Failure (AKI vs. CKD) 1. Pathophysiology AKI: Sudden, potentially reversible decline in GFR[1]. Prerenal: Decreased perfusion (hypovolemia, shock, HF). Oliguria occurs without tissue damage; reversible with fluids[1][2]. Intrarenal: Direct tissue damage, 90% from…
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CC CJM | Neuro Assessment
80/20 Neurological Assessment & Physiology Summary 1. Structure & Cellular Biology Organization: The CNS consists of the brain, spinal cord, and CN I-II[1]. The PNS contains CN III-XII, spinal nerves, and the ANS[1]. Cells & Myelin: Neurons conduct action potentials via saltatory conduction…
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CC CJM | Blood Disorders
Clinician’s 80/20 Hematologic & Anemia Summary Core Clinical Concepts Blood disorders disrupt homeostasis. Key pathological threads include: Fatigue: Secondary to tissue hypoxia (anemia, cancer). Infection Risk: Compromised immunity and risk for infection is a major concern in hematologic cancers...
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CC CJM | DKA v HHS
. DM Classification & Core Diagnostics Type 1 DM: Autoimmune β-cell destruction (HLA-DR3/DR4) causing absolute insulin deficiency; presents abruptly with classic 3 Ps (polyuria, polydipsia, polyphagia), weight loss, and DKA risk[1][2]. Type 2 DM: Insulin resistance combined with relative β-cell...
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CC CJM | GU
Urinary System: 80/20 Summary 1. Anatomy & Blood Supply The upper urinary tract has two retroperitoneal, bean-shaped kidneys (T12–L3) and 2 ureters[1]. The lower tract comprises the bladder and urethra[1]. Each kidney is shielded by a fibrous capsule and cushioned by fat[1]. The functional unit…
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CC | DKA & HHS
1. DM Classification & Core Diagnostics Type 1 DM: Autoimmune β-cell destruction (HLA-DR3/DR4) causing absolute insulin deficiency; presents abruptly with classic 3 Ps (polyuria, polydipsia, polyphagia), weight loss, and DKA risk[1][2]. Type 2 DM: Insulin resistance combined with relative β-cell...
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VS CC | DKA V HHS
1. DM Classification & Core Diagnostics Type 1 DM: Autoimmune β-cell destruction (HLA-DR3/DR4) causing absolute insulin deficiency; presents abruptly with classic 3 Ps (polyuria, polydipsia, polyphagia), weight loss, and DKA risk[1][2]. Type 2 DM: Insulin resistance combined with relative β-cell...
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VS ACLS | Lidocaine v Amiodarone
80/20 Comparative Summary: Amiodarone vs. Lidocaine 1. Class & Mechanism of Action Amiodarone (Cordarone): Class III antiarrhythmic with Class I, II, III, and IV actions[1][2]. Primarily blocks potassium channels in phases 2 and 3, delaying repolarization and prolonging effective refractory...
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ACLS VS | Intro to The Comparison
this is the intro to a new segment comparing two drugs or disease processes to bring you more clarity.
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PALS | Pedi Cardiac Arrest Extended
80/20 Summary: Pediatric Cardiac Arrest Recognition & Management 1. Core Pathways & Immediate Recognition (High-Impact 20%) Pathways to Arrest: Most pediatric cardiac arrests stem from progressive hypoxic/asphyxial respiratory failure or shock rather than sudden cardiac collapse[1][2]....
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PALS | Management of Pedi Resp. Arrest Extended
80/20 Summary: Pediatric Respiratory Emergency Management Respiratory failure causes most pediatric cardiac arrests[1]. Prompt management via the Evaluate-Identify-Intervene cycle restores oxygenation and ventilation before collapse[1][2]. 1. Core Life-Support & Initial Management Rescue…
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PALS | Pedi Bradycardia and Tachycardia Management Extended
80/20 Summary: Pediatric Arrhythmia Management & Algorithms[1] 1. Core Assessment & Stability Principles Hemodynamic Instability: Recognized by respiratory failure, shock with poor end-organ perfusion (with or without hypotension), altered mental status/irritability, chest pain, or sudden...
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PALS | Pedi Bradycardia & Tachycardia Extended
80/20 Core Need-to-Know Principles Cardiac Output Formula: Cardiac output equals stroke volume times heart rate ($CO = SV \times HR$)1. Because young children cannot increase stroke volume significantly, bradycardia directly drops cardiac output2. Leading Cause of Bradycardia: Tissue hypoxia from...
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PALS | Respiratory Distress & Failure Extended
During the copy past its throwing a lot of weird symbols. I think the information is still helpful PALS Respiratory Distress & Failure: 80/20 Core Summary 1. Core Pathophysiology & Definitions Respiratory Distress: Clinical state with increased respiratory rate and effort (tachypnea, retractions,...
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PALS | Pediatric Shock Extended
. Core Physiology & Definition Definition: Shock is inadequate tissue perfusion to meet metabolic demands and oxygenation needs1. Hypotension is not required for diagnosis; shock exists with normal, high, or low SBP1. Pediatric Focus: Infants have fixed stroke volume and depend on elevated heart...
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PALS | Systemic Approach to Critically Ill Child Extended
The PALS Systematic Approach provides a structured framework to quickly evaluate, identify, and treat life-threatening conditions in pediatric cases[1]. Applying the 80/20 principle, clinical priorities focus on rapidly recognizing respiratory failure and shock before cardiac arrest occurs[1][2]....
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ACLS | Post Arrest Care Extended
High-Performance CPR & Perfusion Metrics Compressions: Rate 100-120/min at a depth of ≥2 inches (5 cm) with complete chest recoil[1][2]. Chest Compression Fraction (CCF): Target >80% to maximize coronary perfusion pressure[2][3]. Capnography (PETCO₂): Continuous waveform monitoring; values <10…
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ACLS | Bradycardia and Tachycardia Extended
Core Assessment & Stability Hallmarks Prioritize identifying whether the rhythm causes hemodynamic instability [1]. Symptomatic bradycardia occurs at HR <50/min [1][4], and symptomatic tachycardia at HR ≥150/min [5][6]. 5 Instability Signs: Hypotension, altered mental status, signs of shock,...
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ACLS | Stroke Extended
1. Core Epidemiology & Stroke Types Ischemic Stroke (87%): Resulting from arterial occlusion; prime candidate for rapid reperfusion therapies (IV alteplase and endovascular therapy)[1]. Hemorrhagic Stroke (13%): Caused by cerebral vessel rupture; IV fibrinolytics and anticoagulants are strictly...
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ACLS | Resp Arrest Extended
Clinical Recognition & Assessment Respiratory Arrest Definition: Patient is unconscious and unresponsive with a perfusing pulse, but respirations are absent or inadequate[1]. Agonal gasps do not indicate adequate breathing[1]. Distress vs. Failure: Normal adult respiration is 12–20 breaths/min…
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ACLS | ACS and Preventing Arrest
Rapid Response System (RRT) Triggers Over half of in-hospital cardiac arrests (IHCAs) stem from respiratory failure or hypovolemic shock[1]. RRS activates based on adult criteria[1]: Airway & Breathing: Airway compromise; respiratory rate 30/min[1]. Circulation: Heart rate <40/min or...
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CC | Electrolyte Comparison (HYPER v HYPO)
Fluid Compartments & Homeostasis Distribution: Water is 50%–60% of adult weight (varies with fat). ICF holds 2/3 of water; ECF holds 1/3 (interstitial fluid/plasma). Weight change is the best fluid shift indicator (1 kg = 1 L). Capillary Exchange: Governed by hydrostatic (pushes out) and plasma...
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CC Nurse | Fluid and Electrolyte Balance
Fluid Compartments & Homeostasis Distribution: Water is 50%–60% of adult weight (varies with fat). ICF holds 2/3 of water; ECF holds 1/3 (interstitial fluid/plasma). Weight change is the best fluid shift indicator (1 kg = 1 L). Capillary Exchange: Governed by hydrostatic (pushes out) and plasma...
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CC Nurse | ARDS & ARF
Acute Respiratory Failure (ARF) and Acute Respiratory Distress Syndrome (ARDS) are critical pulmonary conditions where gas exchange is insufficient to support systemic organs1. The 80/20 Core: Pathophysiology & Clinical Care 1. Classification of ARF ARF is a symptom of inadequate lung function,...
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CC Nurse | Respiratory Obstructive Complications
Core Concept: Expiratory Airflow Resistance Obstructive lung diseases—bronchiectasis, cystic fibrosis (CF), asthma, and COPD—share increased expiratory airflow resistance from airway obstruction or narrowing. Drug therapy plays a key role in their clinical management. 1. Bronchiectasis: Mucus...
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CC Nurse | Lower Respiratory Complications
This summary distills the 20% of core clinical concepts driving 80% of patient outcomes, grounded directly in the provided material. 1. Lower Respiratory Infections: Pneumonia & Tuberculosis (TB) Pneumonia: Acute lung parenchymal infection where pathogens invade via aspiration, inhalation, or...
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CC Nurse | Supporting Ventilation
I. Oxygen Therapy & Delivery Systems Target: Maintain SpO2 >92% (or >88% in chronic COPD) or PaO2 >60 mmHg. Supplementing FiO2 >60% for >24 hours risks oxygen toxicity, causing severe pulmonary edema and inflammatory alveolar damage. Low-Flow Systems: Nasal Cannula (1–6 L/min, 24%-44% FiO2)…
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CC Nurse | Respiratory Assessment
Gas Exchange: Primary goal: O2/CO2 exchange across alveolar-capillary membrane12. Anatomy: Upper tract warms/humidifies/filters air; epiglottis covers larynx to prevent aspiration3. Carina is highly sensitive, triggering vigorous cough on stimulation3. Aspiration: Right mainstem bronchus is...
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CC Nurse | Critical Care Nursing interventions
This episode explains what "CC Nurse" means in regards to the podcasts and the episodes
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CC Pharm | Vanc
Vancomycin (Vancocin) 80/20 Clinical Summary 1. Core Profile & Mechanism Class/Action: Glycopeptide bactericidal antibiotic. Mechanism: Binds D-alanyl-D-alanine terminus of peptidoglycan precursors. This inhibits cell-wall synthesis (peptidoglycan polymerase and transpeptidation) and alters...
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CC Pharm | Digoxin
Lanoxin (Digoxin) 80/20 Clinical Summary 1. Expected Action & Mechanism Positive Inotrope: Inhibits the Na+/K+-ATPase pump1, raising intracellular sodium. This reverses sodium-calcium exchange to increase intracellular calcium, boosting myocardial contractility, force, and velocity12. Negative...
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CC Pharm | Albuterol
Description & Key Indications: Albuterol is a short-acting beta-2 agonist (SABA) used as an inhaled bronchodilating agent. It treats acute bronchospasm and episodic wheezing in asthma, exercise-induced bronchospasm (EIB) prophylaxis, and serves as reliever therapy in COPD. Off-label uses include...
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CC Pharm | Dopamine
Dose-Dependent Mechanism: Dopamine is a metabolic precursor to norepinephrine. Clinical effects depend entirely on the infusion rate: Low Dose (< 5 mcg/kg/min): Stimulates dopaminergic D1 and D2 receptors in renal, mesenteric, coronary, and cerebral beds, causing vasodilation and increasing blood...
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CC Pharm | Piperacillin/ Tazo [Zosyn]
Zosyn (Piperacillin/Tazobactam) 80/20 Clinical Summary Core Classification & Mechanism Drug Class: Zosyn is an injectable combination of piperacillin (extended-spectrum penicillin) and tazobactam (beta-lactamase inhibitor). Bactericidal Action: Piperacillin binds to penicillin-binding proteins...
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CC Pharm | Amiodarone
Amiodarone (Cordarone) Clinical 80/20 Summary 1. Mechanism & Physiological Effects (The 20% Science) Multiclass Action: Class III antiarrhythmic (potassium blocker delaying phase 2/3 repolarization and prolonging refractory period). Also exhibits Class I (sodium blockade slowing phase 0), Class…
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CC Pharm | Epinephrine
Epinephrine is a potent, nonselective adrenergic agonist acting on alpha-1, alpha-2, beta-1, and beta-2 receptors. This high-yield 80/20 summary covers the essential clinical and exam concepts: 1. Expected Pharmacological Action & Mechanism Alpha-1 activation causes arteriolar vasoconstriction....
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CC Pharm | Propofol
Clinical Action & Pharmacokinetics Mechanism: Propofol is an IV anesthetic/sedative that enhances GABAA currents by slowing deactivation and reducing receptor desensitization. It also inhibits NMDA glutamate receptors, depressing excitatory transmission, and exerts antiemetic effects by reducing...
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CC Pharm | Norepinephrine
Norepinephrine (Levophed) 80/20 Summary Action & MOA: Direct α-agonist causing potent vasoconstriction. Modest β1 activity triggers cardiac stimulation at lower doses; vasoconstriction dominates at higher doses. Elevated SVR triggers reflex vagal bradycardia (slowing HR). Coronary flow increases...
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CC Pharm | Vasopressin
Vasopressin (Vasostrict) Clinical Reference 1. Action: Exogenous ADH analog. Promotes renal water reabsorption via cAMP. Directly contracts vascular smooth muscle non-adrenergically. 2. Use: Raising BP in vasodilatory shock refractory to fluids/catecholamines; post-op abdominal distention. 3....
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CC PHARM [RSI] | Vecuronium
Vecuronium is an intermediate-acting, nondepolarizing neuromuscular blocking agent used for skeletal muscle relaxation during surgery, mechanical ventilation, and endotracheal intubation, including rapid-sequence intubation (RSI). 1. Critical Safety & Boxed Warning (The Vital 20%) Respiratory...
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NURSE | Know Your Specialty
pick your specialty that you want to get into, learn the certs you need for them and go for it.
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ABOUT THIS SHOW
https://statstitch.etsy.com
click the link to buy a shirt to help and support the channel. Instead of asking for free money I am trying to provide you with some value to help me offset some of the cost it takes to run the channel. so if you like the shirt grab one or 4 and spread the word!
Welcome to STAT Stitch Deep Dive: Beyond the Bedside, the podcast where nursing knowledge, clinical storytelling, and the realities of nursing school collide. Whether you’re a current nursing student, preparing for boards, or a new nurse navigating your first year at the bedside, this show is designed to give you the mix of insight, clarity, and encouragement you need to succeed in both the classroom and the hospital.
Hosted by a trauma nurse and nursing student who’s living the journey alongside you, each episode combines Audio Overviews—broken down into conversational, easy-to-digest le
HOSTED BY
Regular Guy
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How many episodes does STAT Stitch Deep Dive Podcast Beyond The Bedside have?
STAT Stitch Deep Dive Podcast Beyond The Bedside currently has 342 episodes available on PodParley. New episodes are automatically indexed when they're published to the podcast feed.
What is STAT Stitch Deep Dive Podcast Beyond The Bedside about?
https://statstitch.etsy.com click the link to buy a shirt to help and support the channel. Instead of asking for free money I am trying to provide you with some value to help me offset some of the cost it takes to run the channel. so if you like the shirt grab one or 4 and spread the word! Welcome...
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STAT Stitch Deep Dive Podcast Beyond The Bedside publishes regularly with 342 episodes available. Check the episode list for the typical release schedule.
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Who hosts STAT Stitch Deep Dive Podcast Beyond The Bedside?
STAT Stitch Deep Dive Podcast Beyond The Bedside is created and hosted by Regular Guy.
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