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WillingPoisson

Uploaded by WillingPoisson

Texas Woman's University

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chest tubes oxygen delivery medical procedures respiratory care

Summary

This document provides information on chest tubes, oxygen delivery methods, and ventilation techniques. It details different types of oxygen delivery devices and their uses, including nasal cannulas, masks, and ventilators. It also describes various respiratory conditions like pneumothorax and tension pneumothorax. The document further discusses mechanical ventilation settings and considerations.

Full Transcript

Chest Tubes Oxygen Delivery Vents Final Chest Tubes * Pneumothoax (popped Lung · Defined as the presence of air within pleural space · secondary to...

Chest Tubes Oxygen Delivery Vents Final Chest Tubes * Pneumothoax (popped Lung · Defined as the presence of air within pleural space · secondary to Trauma (blunt or penetrating) - breaking ribs , gun shot T ! Lif open penetrating injury DO NOT REMOVE OBJECT bleb rupture. - emphysema - - spontaneous (peds patients) -line insertionliatrogenic) thoracentesis Sesssmall · Mild : tachycardia dyspnea , -large ; resp distressairhunger desaturationa affected area in DX · - CXR S - & Tension Pneumothorax # Large amount of air accumulatesinthea · pressure forces the mediastinal Highstructures to the opposite side exitracheal deviation ; JUD , cyanosis, ↓ CO This is an EMERGENTY the superior pressure collapses High and inferior vena cava Rinigh thready RirThigh Water-Seal Drainage System - Most important chamber · WATER SEAL normal note intermittent bubbling : c continuous bubbling = AIR LEAK in thesuctionchamber,continuousbubblin is What if... 2 wat The tube becomes disconnected ? - put the end in Sterile saline bottle after hand immediate glove Lact like a water seal The chest tube is pulled ? out - ocquavedressingovertheInsertionsite pneumothic des fallows escape air to and prevent tension NOTIFY PROVIDER The pluravac leaks or breaks ? treat like disconnection - Oxygen Delivery Masal Cannula · Advantages - comfortable for patient - Ideal for claustrophobic patients Ideal foroxygendependent patientsrequirin as a - a Disadvantages · - Maximum estimated FiO 240 - Notappropriate for patients respiratory in distress 2-6L/min -24 42 % 02 - % Mon-Rebreather air 21 room Advantages · - Fast and easy to set up Disadvantages · FiO2 : 100 /FiO2;fraction of inspired ony/ Delivers only one - variable While - Fitz is extremely - FiOz of 1 00 , theoretically capable of delivering an 60 and 80 due to. realistically it is more likely btw around the mask - air entrainment Isuffication risk if bag becomes detached from the wall Don't have both values on 15 liters /min Oxygen Delivery P+ 2. Simple Face Mask Advantages quick and to set up and easy apply - - often found at the head of the bed in emergency areas (eg Emergency Dialysis PACK). , , Disadvantages - Nonspecific FiO2 (Dependant on patients (maximum Fide estimated at Sanspiratory flows). not intended for long term use - bliters/minute Venturi Mask Advantages Quiet - Administers a specific FiO2 I Determined by air entrainment adaptor on end Disadvantages to mask adapters. fiO2 only · available according · 24· 201 31 ,. 35,. 40 and 60 - Oxygen Delivery Pt3. Nebulizer Airways Non-Invasive Positive Pressure Ventilation CPAP-BiPAP A CPAP-ContinuousPositive Air Pressure BiPAP-Two levels of Positive Airway Pressure IPAP-Inspiratory Positive Airway Pressure EPAP-Expiratory Positive Airway Pressure ↑ CPAP -Continuous Positive Pressure Ainay Continuous pressure delivered throughout the · respiratory cycle · Helps vol hypoxia - Increases 02 Decrease the work of breathing - - Increases intrathoracic pressure-preload >↓ - cardiac orgest used for sleep workload' appea and CHF exacerbation Patient must have spontaneous respiration · setting Usually 6 to 15 cmH0-Highest 25 cH20 · BiPAP Two levels of Positive Airway Pressure Delivers Expiratory Pressures inspiratory and · works to remove CO2 D Copp exacerbation - Two · setting :. Ex: 10/s - 10cmHz0Inspiratory ; SamH20 expiratory = The difference between inspiratory and - called expiratory pressure is pressure support 10-15 cm+ usual Settings Inspiratory : 20 · Expiratory 2- TcmH20 da For kidsa CO2 Detector A To check tube placement , listen to stomach first Be if then hear air come in , lungs you then you know the tube is in the wrong place * · Nellor Easy Cap from ETT Measures CO2 exhaled - · Gold is Good - Detects ETT placement Purple in Stomach · Mechanical Ventilator Ventilator ; breaths for you - a machine used to assist or replace the work by the generated ventilatory muscles Mechanical Ventilator use of a ventilator to into and - more gas out of pulmonary system Ventilator needed ? When is a Arrest/Distress Respiratory · floceabsent reflexe unable to Protect gag · · Severe Metabolic Acidosis Airway · Respiratory muscle fatigue Hypoxemia-PaOzkTOmmHg) · Hypercaphia-PaCOz( 50mmHg) · > Resp Acidosis (ph < T 2 w/ Hypercapnia ·. Ventilator Setting Respiratory Rate number of breaths per minute · I 4-20 breaths/min · Tidal Volume volume of gas delivered per ventilated breath · · 5-15 m//kg 1500 - 800mr) Middle Ventilation oRRXVt achieve normal (for the patient)PaCO2 · Goal is to Concentration (FiO2) Oxygenofraction (Higher-more severe of inspired oxygen delivered (% ) 0021-1 0 (21-100 ) ·. % · Maintain RaOzhOmmHg pulse oX > 90% InspiratoryExpiratorytexpirin ~ Normal 1 :2 Ventilator p+2 Inspiration · settings spontaneous Pressure Support (PS) - · Pressure that is delivered when the patient initiates their own breath-best when breathing - makes inspiration easier for the Patient Ldecreases the work of breathing wearing from rent Expiration - used when Positive End Expiratory Pressure (PEEP) · Pressure maintained end of expiration at the - keeps alveoli open-prevents atelectasis 2-10 anH20-above 20cm 10 lead to may - Barotrauma & conscious or unconscious pt Ventilator Modes Full control of - breathing Assist Control (A/c) Continuous or Mandatory (mv) Ventilation - Preset tidal volume (Ut) Preset (f) ofpatient's rate regardless - L own breathing pattern set rate and breath-best for gives who are unable to breath people on own ↳ if patient initiates the breath ,the vent will give the entire It Preset - FiOz Ex A/CarCMV A/cqU+=700m/j Fitz = 50 initiates breath ivent will finish it for If patient - them ventilat Synchronized Intermittent stepping awayI from Mandatory Ventilation (simr) full control - Preset tidal volume (Vt) - Preset rate(f) but synchronizes to patient's , I patient can initiate their own breath breathing who the vent (the vent will givingot give a preset (f) - Preset FiOz - Good for Ventilation support Wearing mode - ex f = 12; V +: 800m/ ; FiOz. 50 if breathing on own the simo will give the rate no matter what ver Constant Positive Airway Pressure (CPAP) mode weaning · - no set rate oftidal volume - patient is breathing spontaneously still receives oxygen - Positive · pressure is applied during spontaneous - 5-20 cmH20 breathing - PEEP is added Adjunctive Settings Positive End-Expiratory (PEEP): preset positive pressure applied · at the end of expiration of ventilated - breaths only - Sto15cm + 0 ↳ 20 cmH20 can lead to Barotrauma · keeps alveoli open Used with A/C or SIMU · not CPAP - 0 80 PEEP = EX : A/Cif =10 ; V+ 800 ; FiOz O =. ; Adjuctiveings Pressure Support (Ps) · Positive pressure used to augment -bontaneous breathing breathing (inspiration) make work of S-20cmH20 · easies Ex : SIMU ; fIziVt 650 ; FiO, 40 %ps10 Complications Barotrauma · CardiovascularCompromise · Increased Thoracic Pressure>Decreased HR - and BP Ventilator Acquired Pneumonia (UAP) · - Elevator HOB - Good oral care suction canisters - Change -turn Alarms VentilatorHighBlockage (DE Pneumothorax) ( , High Pressure (Biting zkinks tube in tube Lexcessive airway) Secretions blocking the ventilation - something is blockage Low Pressureofconnectioa n - ventilation is too easy Beware of Alarm Fatigue

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