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Geriatrics
Medicine focuses on older pt
Polypharmacy
Using multiple medicines at once
Pharmacokinetics
How I medicine reacts in the body
Homeostasis
Maintaining balance
Advance directives
Legal doc. Explaining a pt medical wishes once unconscious
DNR
No cpr for this pt
Living will
A legal document that states what med. Tx. S pt wants/doesnt during unconscious
Power of attorney for healthcare
Legally assigned to pt. To make med. Decisions for pt
2 changes in cardiovascular system with aging
Blood vessels stiffens
Bone becomes more brittle
Heart pumps less
Why are older adults at higher risks for heart disease and stroke
Due to blood vessels becoming narrow and less flexible
What happens to lung elasticity with aging
Less elastic and harder to expand
How does aging affect o2 exchange
Becomes less efficient so less o2 enters bloodstream
Changes that occurs in the brain and nervous system due to aging
Slower reaction times, less nerve functions, possible memory decline
Why might pain receptors change in older pt
Nerve sensitivity decreases making pain harder
Two musculoskeletal changes due to aging
Loss bone density
Muscle weakness
Why are geriatrics prone to fractions
Bones become more brittle
3 common occurrences of AMS in older pt
Infection
Medication side effects
Low o2 low blood sugar
Why would older pt have atypical symptoms during illnesses
Immune systems are weaker so symptoms. Are different
Two factors that increases fall risk
Poor balance
Muscle weakness
Med causing dizziness
Why are infections harder to detect in older pt
Not same symptoms as the younger ones, developing slower
Two common infections in older pt
UTI
Pneumonia
Why are older pt. More sensitive to drugs
Aging lowers metabolism and kidney/liver functions which makes it stay
Risks due to polypharmacy
Medications reacting together badly
OD
Why is obtaining a complete medical list important
Shows in detail if yes medications r causing the symptoms the pt is feeling
Why would vital signs appear normal even when the older pt. Are seriously ill
Low physiological responses so bodies wont show typical signs like fevers, tachycardia, and during serious illnesses
Layers of the skin
Epidermis
Dermis
Subcutaneous
Functions of the skin
Epidermis: function
Dermis: temp
Subconcutanous: sensation
Abrasion
Scrapping away oof the outer skin
Laceration
A cut/tear in the skin
Avulsion
Skin or tissue torn completely
Puncture
Deep wound
3 type of external bleeding
Arterial (bright and red and spurting)
Venous (dark red)
Capillary (slow)
First step in bleeding control is
Apply pressure
Tourniquet should be used when
Pressure does not help the bleed
Signs of hypo perfusion (low circulation)
AMS
Pale cool clammy skin
Rapid weak pulse
Dressing is
Covers and protects the wound
Bandage is
Securing the dressing
Neck contains airway structures
Trachea
Larynx
Neck contains major blood vessels
Carotid artery
Jugular veins
Neck contains spine segment
Cervical spine
Priority for facial injuries
Open airway
2 signs of airway compromise
Diff breathing
Noisy breathing (like gurgling)
TX for epistaxis
Sit pt upright
Pinch nostrils
Apply pressure (10-15 mins)
How to care for a open neck injury
Control bleed with light pressure
Monitor abcs
Apply dressing
Traumatic brain injury (TBI)
Headache concussions dizziness fatigues, etc, due to severe physical trauma
Primary injury
Damage that occurs at the moment of impact
Secondary symptoms
Damage develops over time such as bleeding, bruising, etc
Signs of ICP
Low LOC
Unequal pupils
Committing / severe headache
GCS for eyes
4 spontaneous
3 verbal
2 pain
1 none
GCS for verbal response
5 orientated
4 confused
3 inappropriate response
2 incomprehensible sounds
1 none
GCS scale for motor response
6 obeys command
5 localize pain
4 withdraws from pain
3 abnormal flexión
2 abnormal extension
1 none
Perfect GCS score vs critical
15
8
Mechanisms hat suggest spinal injuries
High energy trauma
Direct blows to head and neck
Twisting flexión or hyperextension injuries
Spinal motion restriction is indicated when
Pt has neurological defect (numb, tingling) AMS, pain or tenderness along spine
When should helmers be removed
Affects abcs
Interfears with mobility
Prevents care
Organs in thoracic cavity
Hearts
Lungs
Vessels
Pneumothorax
Air in pleural space, collapsed lung causing sob
Tension pneumothorax
Progressive air buildup
Open pneumothorax
Sucking chest wound
Flail chest
Segment of rib cage
Cardiac temponage
Fluid in peri. Sac compressing the heart
Chest injuries signs
Sob
Coughing blood
Bruising swelling deformity
Quadrants of abdomen
Right upper
Right lower
Left upper
Left lower
Solid organs
Liver
Spleen
Kidneys
Pancreas
Hollow organs
Stomach
Large and small intestine
Bladder
Internal bleeding signs
Tenderness and dissection
Pale clammy skin
Ams
(This can lead to hemmoragic shock)
Evisceration
Internal organs protrude through abdomen
Treatment for evisceration
Cover organs with moist sterile dressing
Keep pt spine
Give o2
Don’t put organs back
Blood in urine means
Injury in kidneys or bladder
Fracture
Break in bone
Dislocation
Bone forced out of joint
Sprain
Stretching of the ligament
Strain
Stretching of muscle
CSM (circulation sensation movement) importance
Checks blood flow
Nerve system
Movement beyond injury site
Ensures limb is not compressed
Splinting should immobilize
The join above and below the injury
Splinting should be done during
A fracture, dislocation, or severe sprain
Compartment symndrome
Severe pain out of proportion to injury
Swelling and tightness of the limb
Open fractures major concern
Bleeding and risk of infection
Trauma assessment
Form gen impression
ABC’s
Head to toe
Vitals and signs
DCAP-BTLS BREAKDOWN
Deformities
Contusion
Abrasion
Punctures
Burns
Tenderness
Lacerations
Swelling