Chapter 30: Bedside Assessment and Electronic Documentation

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Welcome to this deep dive.

If you are listening right now, chances are you are stepping into a clinical setting.

Yeah, probably hitting the hospital floor for the very first time.

Exactly.

And you might be feeling that crushing weight of everything you are expected to know.

So think of this not just as a regular deep dive into our source material, but really as your foundational survival guide.

We are setting up a one -on -one tutoring session tailored exactly for you.

Right.

We are pulling directly from Chapter 30, Bedside Assessment and Electronic Documentation, out of the Physical Examination and Health Assessment textbook, the ninth edition.

And our mission today is straightforward, but absolutely critical.

We are mastering the shift assessment.

Because when a patient is first admitted, they get that massive comprehensive head -to -toe exam.

But for routine shifts, you can't repeat that exhaustive process every single day.

No, definitely not.

Instead, you are conducting a consistent specialized assessment.

Depending on your unit, you might be doing this every four hours in a high acuity setting like the ICU, or maybe every 12 hours on a med -surg floor.

And the real trick is being incredibly thorough and perfectly accurate without ever making your patient feel like you are rushing out the door.

Yeah, rushing is the enemy here.

It really is.

And consistency is the entire game.

It forms the bedrock of safe patient care.

Think about routine measurements, daily weights, checking abdominal girth, or measuring the circumference of a swollen limb.

Those numbers absolutely rely on the fact that you are performing the procedure the exact same way the previous nurse did.

Exactly.

And the nurse before them.

If everyone uses a different technique or a different scale, the data becomes completely useless.

It's all about establishing a baseline.

Right.

Right.

A proper shift assessment lets you get to know your patient intimately, establishing that baseline so you can immediately spot when something goes sideways.

It is about integrating everything.

What you read in the chart, what you heard in the messy reality of shift report, and what you observe right there at the bedside.

So let's start before you even touch the patient.

Your prep begins the second you approach the room.

First rule, obviously, wash your hands immediately.

Always.

But as you are walking in, you need to do a doorway sweep.

Are there isolation markers?

Does the patient have a latex allergy?

Are they a fall risk?

You also have to review the chart for orders that dictate your interaction.

You are looking for IVs, epidurals, patient controlled analgesia, or diet restrictions.

Oh man.

We have all heard the stories of a patient casually eating a smuggled cheeseburger right before they are supposed to be NPO for surgery.

Yes.

It happens way more than you would think.

Catching those diet orders before you walk in is a lifesaver.

You need context before you say a single word.

Okay.

Let's unpack this subjective interview process.

You cross the threshold.

What's next?

The logistics of safety take priority.

If the patient happens to be sitting in a chair when they shouldn't be, help them into bed.

Then raise that bed to a height that actually works for you.

Do not sacrifice your own back and body mechanics just because you are in a hurry.

Never.

Introduce yourself, state clearly that you are their nurse, and let them know exactly how long you will be on shift.

From there, you move into patient verification.

Asking them to state their name and date of birth.

Right.

And visually checking that the correct name band is on their wrist.

While you are staring at their wrist, confirm any other bands like a yellow fall wrist band or a do not resuscitate, a DNR status band are securely attached.

Okay.

So you have introduced yourself.

The bed is at a good height.

Now you are gathering subjective data.

The absolute number one rule here is to make direct eye contact.

It is ridiculously easy to walk into a hospital room and get hypnotized by the beeping IV pumps or the telemetry monitors.

You have to actively fight that urge.

Look at the patient.

Ask how they are feeling.

And to prevent them from getting frustrated,

explicitly refer to what the previous shift told you.

That is a crucial communication tactic.

If you walk in and say, how was your breathing?

They might roll their eyes and think, I just told the last nurse this.

Yeah, they get tired of repeating themselves.

They really do.

Instead, say something like, the night nurse mentioned your breathing was a little easier this morning.

How is that feeling now?

It shows you are coordinated and actually reading their chart.

And during this interview, you naturally flow into assessing their pain.

You ask directly, are you currently having any pain or discomfort?

You should already know from your chart review when their last pain medication was given so you can figure out if they need another dose right now.

And while you are maintaining this conversation, you can suddenly do a visual sweep of their IV solutions, pump rates, and check their epidural sites.

It's all about multitasking with your eyes while your focus remains on the patient.

Here's where it gets really interesting.

You can gather an incredible amount of objective data just by being a polite host in their room.

It is called the water trick.

I love the water trick.

It's so clever.

If it's clinically appropriate, meaning they aren't NPO or on strict swallowing restrictions, offer them a cup of water as a courtesy.

By doing this one simple thing, you are testing multiple body systems at once without making them feel like a lab rat.

You are testing their hearing, their ability to follow a command, their motor skills to reach across their midline to take the cup, and most importantly, their swallowing reflexes.

It is brilliant.

It turns the interaction into a natural conversation rather than an interrogation.

It is a beautifully seamless assessment tool.

While they are taking that sip of water, you are observing their general appearance.

Is their facial expression appropriate or are they tense and guarding because they are in pain?

You are evaluating their level of consciousness too.

Are they alert and oriented?

Exactly.

You check their skin tone to ensure it is even and consistent with their background.

You take a quick visual inventory of their nutritional status and hydration and you listen to their speech articulation.

Does their speech flow and does the content make sense?

Let's talk about the vital signs portion of those objective measurements.

I know on a chaotic med -surg floor, nursing assistants often grab the vitals while we are juggling a million other tasks.

Which is standard practice, but it comes with a caveat.

Right.

It is incredibly tempting to just glance at those numbers on the screen and move on to the next fire you have to put out.

But the source makes a hard stop here about delegation.

We can delegate the task of taking the vitals, but we cannot delegate the interpretation.

That is the dividing line for your nursing license.

You own that data.

A baseline set of vital signs, temperature, pulse, respirations, and blood pressure requires your clinical interpretation.

You also need to know the specific parameters for your patient, like if there is an arm you must avoid for the blood pressure cuff due to an IV line or a past mastectomy.

And part of that data ownership is pulse oximetry.

The standard is maintaining an oxygen saturation of 92 % or higher unless you have specific orders to the contrary.

If your patient is lethargic or on narcotic pain meds, you might need continuous monitoring, not just a spot check.

Absolutely.

I want to circle back to pain management for a second.

We ask them to rate their pain on a 0 to 10 scale when we do vitals.

But the text is very rigid about the timing of pain reassessment.

It is rigid for a reason.

If we give a pain med, it says we have to go back and reassess in 15 minutes for an IV dose or one hour for an oral dose.

On a heavy shift, 15 minutes feels like the blink of an eye.

How strictly do we really need to adhere to that?

You have to view it as mandatory, not just a suggestion.

That 15 -minute window for an intravenous medication is when a patient is most vulnerable to adverse reactions, like a sudden drop in respiratory drive.

If you miss that window, you miss the warning signs of an overdose.

Exactly.

Speaking of strict protocols, we also need to mention daily weights.

If your patient requires them, you must use the exact same scale, even if it is a built -in bed scale, and ensure you are using the same amount of linens on the bed each time you weigh them.

Alright, so we have our subjective interview done and our initial vitals and measurements are recorded.

Now we move into the actual head -to -toe physical exam sequence.

This is the core of the shift assessment.

The source stress is following a systematic flow, but instead of just reading off a checklist, let's talk about why the sequence matters.

As a new nurse, why is it so critical to stick to the exact same order, head down to toes, every single time?

It all comes down to muscle memory and clinical survival.

When a patient is crashing, or when you are distracted by an anxious family member or a beeping machine, your brain will revert to its highest level of training.

So if you jump around checking the lungs, then the toes, then back up to the eyes, you will inevitably forget a system.

Moving logically from head to toe ensures nothing is missed, and it also prevents you from flipping the patient back and forth like a pan pig, which is exhausting for them.

So assuming they are alert and oriented from our interview, checking their brain function naturally leads right into checking the hardened lungs.

You check their eyes, noting if they open to their name, check pupil size and reaction, and test their motor response by having them grip your hands and push their feet against your palms.

And you check for any ectosis or facial drooping while you're doing that.

But what is the biggest pitfall new nurses make when moving down to the chest exam?

The most common error is trying to auscultate through the patient's clothing.

For the respiratory and cardiovascular systems, you must put your stethoscope directly on the skin.

Never listen through a hospital gown.

Never.

The friction sounds exactly like abnormal lung crackles.

For the respiratory assessment, note their oxygen delivery method and the fraction of inspired oxygen or FiO2.

Auscultate the anterior and posterior lobes.

And if you hear mucus when they cough, note the color and amount.

And here's where you apply the assessment.

If they have an order for an incentive spirometer, do not just make sure it is sitting on the bedside table.

You actively encourage them to use it right then, aiming for 10 inspirations every hour.

Moving right along that sequence to the cardiovascular system, you auscultate the rhythm at the apex of the heart, listening with both the diaphragm and the bell.

You also need to compare the apical pulse at the chest to the radial pulse at the wrist.

Why?

Because you need to ensure every heartbeat is actually perfusing down to the extremities.

For clinical application, you check capillary refill on their fingers.

You look for pre -tibial edema on their lower legs.

And you palpate those lower pulses, the posterior tibial and dorsalis pedis.

And you must always be prepared with a Doppler device, right?

Always.

Finding foot pulses on a patient with peripheral vascular disease or severe edema can be incredibly difficult by touch alone.

Don't waste 10 minutes digging for a pulse.

Grab the Doppler.

After the heart, you naturally transition to assessing the skin.

Note their color and temperature, expecting it to be warm and dry.

Test skin turgor by gently pinching a fold under the clavicle or on the forearm to check hydration.

And a quick note on dressings while we're looking at the skin.

You definitely want to assess the integrity of any surgical dressings and look for bleeding.

But the text explicitly says do not actually change the dressing until after you finish the entire physical examination.

Because you don't want to derail your whole head -to -toe flow for a 30 -minute wound care procedure.

Precisely.

Maintain the flow, note it, verify the pressure mattress settings if they have one, and move on.

From the skin, you move to the abdomen and genitourinary systems.

For the abdomen, assess the contour, listen to bowel sounds, and check the insertion sites of any surgical drains.

Ask about their diet tolerance.

Can they handle ice chips or are they ready for solid foods?

For the genitourinary system, ask about voiding.

A critical safety parameter is that a patient must void within four to six hours post -op.

If they have a Foley catheter, you check the color and quantity with every vital signs check.

This raises an important question regarding low urine output.

If we are checking the Foley and the output is low, the source says we need to perform a bladder scan.

It is about figuring out the clinical reasoning behind the low volume.

Are the kidneys just not making urine a production problem?

Or is the bladder totally full but they cannot empty it, a retention problem?

That distinction changes your entire intervention.

A production problem means you are calling the provider about kidney function or fluid volume.

A retention problem might mean the catheter is kinked or needs to be replaced.

Finally, you wrap up the physical sequence with activity.

Verify their bed rest orders, like keeping the head of the bed elevated.

If they have sequential compression devices or SCDs to prevent blood clots, check that they are actually turned on.

To be clinically effective, those SCDs must be on the patient's legs for 22 out of 24 hours a day.

Note their ambulation tolerance and finish up with their standardized fall risk scale.

So what does this all mean?

You have gathered your subjective data, done the water trick, taken the vitals, and completed the head -to -toe physical sequence.

Now comes the clinical reasoning.

The most critical step before you leave that room is identifying any findings that require immediate attention.

You've probably got those critical red flag numbers memorized.

The under 90 systolic blood pressure or the heart rate spikes.

But the real takeaway here isn't just knowing the numbers.

It is trusting your gut when a patient is trending toward them.

That is the essence of nursing intuition.

But the text does give us strict numerical thresholds that mandate action.

Let's run through those exact numbers.

If that systolic blood pressure dips to 90 or shoots up to 160 millimeters of mercury, you act.

For temperature, immediate action is needed if it drops to 96 degrees or spikes to 100 degrees Fahrenheit.

Heart rates dropping to 50 or racing up to 90 beats per minute are red flags.

Respirations under 12 or over 25 breaths per minute and oxygen saturation of 92 percent or lower.

Or a urine output dropping below 30 milliliters an hour or roughly 240 milliliters over an eight hour shift.

All of these require you to put on your detective hat and intervene.

And it isn't just vital sign numbers.

Other red flags are more observational.

Dark amber or bloody urine is a massive red flag.

Unless of course they are a urology patient where that is expected.

Post -operative Nava and vomiting, sudden restlessness or anxiety, confusion,

difficulty waking them up, uncontrolled pain or any active bleeding.

All mean you are not leaving that room until you have escalated the situation.

Once you have safely assessed the patient and managed any red flags,

you have to document your findings.

Over 95 percent of hospitals now use electronic health records or EHRs.

This shift away from paper charting was driven by the High Tech Act of 2009 which offered financial incentives for hospitals to go digital.

But the documentation landscape has evolved significantly since then.

The shift to digital isn't just about making the hospital more efficient anymore.

It is about patient empowerment.

And if we connect this to the bigger picture, we have to look at the 21st Century Cares Act.

Because of this act, patients basically have direct access to their own EHRs on their smartphones.

They can read your notes the second you hit sign.

Which fundamentally changes how you write.

You must document strictly objectively.

You cannot include value judgments or emotional interpretations.

For example, you do not chart the patient as being difficult.

You chart the patient refused their morning medication and stated they do not want to be disturbed.

You only record the observable facts.

The rule of thumb is simple.

Do not chart a single word you wouldn't want the patient reading back to you.

EHRs also come with Computer Provider Order Entry or CPOE.

Doctors enter orders directly into the computer now.

Which is great because it stops the nightmare of trying to decipher illegible handwriting.

The computer can even flag drug interactions or warn the provider if a dose is too high for someone with bad kidneys.

But it introduces new system errors like accidentally clicking to duplicate an order or picking the wrong medication from a drop down menu.

That is where the source is so insistent on using barcode scanners.

Scanning the patient's wristband and the medication barcode is your ultimate technological safety net against those system errors.

Exactly.

But what happens when you find a red flag and you need to actually speak to another provider to fix it?

Throughout nursing school you learned the SOAP acronym.

Subjective, objective, assessment, plan for writing your notes.

But for verbal handoffs like calling a doctor at 2 a .m.

or giving shift report to the next nurse you use the SBR framework.

Standardizing our verbal communication is vital because communication errors are the primary factor in up to 70 % of adverse medical events.

SBRR was originally developed by the military and it is perfect for healthcare because it cuts through the panic and gets right to the point.

It stands for situation, background, assessment, and recommendation.

It feels a little awkward at first as a student to give a recommendation to an attending physician.

But it is necessary.

Let's break down how this flows in reality.

Situation is what is happening right now.

You state your name, the unit, the patient's name, and the immediate problem.

Background is the pertinent data only.

Nobody wants to hear their medical history from birth.

You give the admitting diagnosis, current vital signs, relevant labs, and current meds.

Assessment is what you think is happening.

Even if you aren't sure, name the body system you think is involved or failing.

And recommendation is what you want the provider to do.

Order meds, come to the bedside to assess, or order a consult.

The text gives us two great clinical scenarios to illustrate this.

Let's look at the first one.

We have a patient, Ms.

Jones,

who just had a cardiac catheterization.

The nurse, Sacha, calls the provider.

For the situation, Sacha says, I'm calling about Mrs.

Jones on 9W.

She is unsteady on her feet and reporting weakness.

For the background, Sacha gives the concise facts.

She's 71, admitted for acute coronary syndrome, has stent placed, vitals are normal, no bleeding at the site.

But she admits she has been tripping at home and holding on to furniture.

Then Sacha moves to the assessment.

She states, given her unsteady gait and the new stent, I believe she is at a high risk for a fall.

And finally, the recommendation.

Sacha asks, can we get a physical therapy consult before she is discharged to make sure she has the right assistive device for home?

It is clean, it is professional, and it gets the patient what they need.

The second example is a bit more urgent.

Mr.

Goodson is a lung cancer patient.

The nurse, Andrea, calls.

Situation, Mr.

Goodson is reporting increased pelvic pain and right leg weakness.

Background, he is 65,

admitted for pain management for stage 4 lung cancer with bone metastasis.

He is scheduled for radiation, but right now he is grimacing, rating his pain a 10 out of 10.

His heart rate spiked to 110, and his blood pressure is elevated.

Andrea follows up with the assessment.

I believe he is experiencing severe breakthrough pain that isn't controlled by his current baseline medications.

And her recommendation is direct.

I need an order for additional immediate breakthrough pain medication, and I'd like to request a consult with the pain management team to adjust his baseline.

These SBAR examples show how you take all that objective and subjective data you gathered, package it neatly, and use it to advocate for your patient.

By mastering this entire bedside sequence from the doorway sweep checking for isolation markers, through the muscle memory of the head to toe flow, recognizing those vital red flags, and utilizing objective charting and SBAR communication,

you turn an overwhelming terrifying stack of nursing tasks into a smooth, life -saving routine.

This routine is what protects your patient from harm, and frankly, it is the armor that protects your nursing license.

I want to leave you with a final thought to ponder as you head into your clinicals.

We talked a lot about technology today.

As electronic health records become increasingly advanced, automatically flagging drug interactions,

integrating artificial intelligence to predict patient deterioration, and giving patients real -time access to their data, how will the physical presence and bedside intuition of the human nurse evolve?

How will you adapt to remain the ultimate irreplaceable safety net?

Because technology is incredibly powerful, but a computer screen cannot hold a hand, and an algorithm cannot sense the subtle shift in a room's energy the way an observant nurse can.

That is profound thought to take with you to the floor this week.

You have got the knowledge, you know the sequence, now it is time to apply it.

On behalf of the Last Minute Lecture Team, thank you so much for joining us for this deep dive.

You've got this, have a great shift.