Reduction of Risk Potential Flashcards
chest physiotherapy contraindications
hemodynamic isntability increased intracranial pressure rib fracture vertebral fractures iinstability and recent hemoptysis - couhging up blood from your lungs
chest physiotherapy nursing considerations
auscultate breath sounds prior to performing the procedure to determine baseline resp status
perform pain assessment
place client in proper position
administer prescribed bronchodilator before chest physiotherapy
abdominal breathing
positioned on their back with their knees bent and hands placed on abdomen to create resistance
breathe from abdomen while keeping chest still
incentive spirometry
sit up if possible
exhale fully
place mouthpiece in mouth
take long, slow deep breath, raising the ball as high as possible
hold breath for 2-4 seconds before slowly exhaling
evaluate clients technique and record volume of air inspired
perofmr 5-10 breaths.sessions
- one session every hour while awake
nasal cannula
23 - 42%
1-6 L/min
face mask
40 - 60%
6- 8 L/min
partial rebreather mask
50- 75%
8 - 11L/min
nonrebreather mask
80 - 100%
12 L/min
this with flowmeter set at 15 liters will provide the highest FiO2 available
venturi mask
most accurate
24-40%
4-8L/min
tracheostomy collar
30-100%
8-10 L/min
oxygen hood
30 - 100%
8-10 L/min
oxygen teaching
oxygen is combustible
should start at low rate of 2-3 liters/min
to avoid oxygen toxicity:
evaluate what evel of inspired oxygen is sufficient to maintain an acceptable oxygen saturation
mechanical ventilator
if an alarm sounds while caring for a client on ventilator:
1. assess the client FIRST
if alarm continues to sounds and client develops distress:
- disconnect client from ventilator
- use manual resuscitation (ambu bag) to ventilate client
- call for help immediately
tracheostomy care complications
acute: bleeding infection aspiration air leak subcutaneous emphysema tube displacement
chronic:
altered body image
trachel necrosis
tracheal stenosis
fungal infections can develop under moist tracheostomy dressings
tracheostomy care
obturator should be available at ALL times
in acute care settings:
- care should be shared between the nurse and respiratory therapist
in the home setting:
- managed by client and family members or home health or visiting nurse
nursing considerations:
monitor stoma fro infection and excoration
perofrm trach care
make sure trach is secure but not too tight
place new, reaplcement trach kit at clients bedside
perform regular oral hygience
monitor resp status and SaO2
evaluate response to oxygen therapy
ensure nutritional needs are met
tracheostomy suctioning
when performing suctioning:
do NOT apply suction for longer than 10 seconds
hyperoxygenate prior to an immediate after suctioning
- BEFORE AND AFTER
what if chest tube water seal breaks
submerge in sterile water, or sterile saline
what if chest tube comes out
cover hole with gauzed hand
petroleum jelly or vaseline gauze dressing
3 sided sterile dressing
tape
what is chest tube bubbling
where:
water seal or suction control chamber
water seal:
intermittent: Good
continuous: BAD
- means that there is an air leak
suction control chamber:
intermittend: BAD
- means that the suction is not high enough
continuous: GOOD
notify the HCP if:
- bubbling in the water seal chamber conitnuous or worsens
- drainage from chest tube is greater than 100 ml/hr
- if drainage becomes bright red or the amount suddenly increases
*DONT MILK CHEST TUBE
Risk factors for DVT/VTE
reduced bloodflow increased venous pressure mechanical injury to vein -peripherally inserted venous catheter - IV drug use
increased blood vsicosity
acquired
nonpharmacologic interventions for VTE
early ambulation
prevention dehydration
smoking cessation
TED hose, compression stocking
intermittent or sequential compression devices
- only effective if applied correctly and when client wears them continuously
- should only be removed for bathing, skin inspection and ambulation
SCDs are contraindicated for clients with an existing DVT, but should be applied to the unaffected extremity
NG tube considerations
fasten the tube securely to the client, using an appropriate securement device
set the wall suction unti to the prescribed suction intensity
- 40 -60
- shoudl NOT go over 80
monitor the character and amount of aspirated GI contents
monitor the skin integrity around the tube and use protective padding under device
abdominal drains
Penrose drains
jackson pratt drain
t-tube
penrose drain
simplet latex drain that is freely laid inside the wound/surgical site
without sutures to hold it in place
drainage flow onto a auze dressing
open system
jackson pratt drainage and ahemovac
attached to a bulb-like (JP) or spring like (hemovac) container that applies suction when it is compressed
t-tube
placed in the comon bile duct of the gallbladder to allow for the passage of bile
abdominal drains nursing responsibilities
regular assessment/data collection
document color, consistency, and odor of the drainage
- with changes noted and reported to surgeon
monitoring the skin around the drain for damage and signs of infecting
types of enemas
oil retention
soapsuds
tap water
used to administer Kayexalate for treatment of hyperkalmiea
enema nursing considerations
should not administer if client had recent colon or rectal surgery, acute myocardial infarction or appendicitisw
should be used with caution for elderly clients because they are more at risk for hyperphosphatemia, perforation and sepsis
procedural sedation
also known as moderate or conscious sedation
common drugs for procedural sedation: - benzodiazepines (midazolam, diazepam) - fentanyl - propofol these are administered IV push
an RN may administer procedural sedation under a physicians supervision
nursing care procedural sedation
airway management
able to see life threatening dysrhythmias
ensure emergency resuscitation equipment
continuous ECg, capnography and pulse oximetry
drug reversal agents
-naloxone, fulmazenil