A Life Saved

ASCLS
4 Mar 201109:53

Summary

TLDRThe script recounts the urgent diagnosis and treatment of Johnny, a young boy who initially presented flu-like symptoms but was later found to have acute promyelocytic leukemia. The narrative details the medical team's swift and comprehensive response, involving multiple laboratory departments to conduct tests and identify the specific type of leukemia. The accurate diagnosis led to targeted treatment with less chemotherapy and less toxicity, resulting in Johnny's remission. The story emphasizes the critical role of laboratory professionals in patient care and the profound impact they can have on patients' lives.

Takeaways

  • 😷 Johnny developed flu-like symptoms and unusual purple dots, prompting a visit to the doctor.
  • 🏥 The doctor's initial suspicion led to a blood test, revealing Johnny might have leukemia.
  • 👨‍⚕️ Urgent hospitalization and involvement of multiple medical specialists were necessary for Johnny's case.
  • 🧬 The case involved extensive laboratory work, with Johnny's samples being analyzed by various departments.
  • 🔍 High white blood cell count and low platelet count were early indicators of a serious condition, likely leukemia.
  • 🩺 A bone marrow aspirate and biopsy were conducted to further investigate Johnny's condition.
  • 🛑 The diagnosis was acute myeloid leukemia, specifically acute promyelocytic leukemia with a translocation 15/17.
  • 💊 The identification of the specific type of leukemia allowed for targeted treatment with less chemotherapy and lower toxicity.
  • 🌟 The rapid and accurate diagnosis had a significant impact on Johnny's treatment and prognosis.
  • 🙏 The family expressed deep gratitude to the medical team and lab personnel for their life-saving efforts.

Q & A

  • What was the initial symptom that led to Johnny's hospitalization?

    -Johnny initially had symptoms of the flu, including a headache and fever, but it was the sudden appearance of little purple dots on his body that prompted the doctor to order a blood test.

  • What was the doctor's initial suspicion after observing the purple dots on Johnny?

    -The doctor suspected that Johnny might have leukemia, which led to the immediate recommendation for a blood test and subsequent hospitalization.

  • Which medical department was Johnny's case handled by?

    -Johnny's case was handled by the pediatric ICU, and his blood samples were analyzed by various laboratory departments including hematology, chemistry, hemostasis, urinalysis, microbiology, blood bank, flow cytometry, and cytogenetics.

  • What laboratory findings were indicative of a serious condition in Johnny?

    -The laboratory found an elevated white blood cell count and a low platelet count, which are indicative of a serious condition, likely leukemia.

  • What procedure was performed to further investigate Johnny's condition?

    -A bone marrow aspirate and biopsy were performed to analyze Johnny's condition more thoroughly.

  • What was the confirmed diagnosis after the bone marrow tests?

    -The diagnosis confirmed was acute myeloid leukemia, specifically acute promyelocytic leukemia with a genetic abnormality known as a translocation 1517.

  • How did the identification of the specific type of leukemia impact Johnny's treatment?

    -Identifying the specific type of leukemia allowed for targeted treatment with a specific drug, reducing the need for extensive chemotherapy and thus lessening the toxicity and side effects.

  • What was the outcome of Johnny's treatment after the initial diagnosis?

    -After the treatment, follow-up bone marrow examinations showed no more malignant cells, indicating that Johnny was in remission.

  • How did the laboratory staff feel about their role in Johnny's diagnosis and treatment?

    -The laboratory staff felt a significant impact on the outcome and were gratified to have made a difference in Johnny's life, even though they often don't get to know the patient's outcome.

  • What was the emotional response of Johnny's family towards the laboratory staff?

    -Johnny's family was extremely grateful to the laboratory staff, considering them as heroes who saved Johnny's life, and expressed a deep desire to meet and thank them.

  • How has Johnny's health progressed since the diagnosis?

    -The script ends with Johnny celebrating nine years since the diagnosis, indicating a positive and ongoing recovery.

Outlines

00:00

🏥 Johnny's Leukemia Diagnosis Journey

The first paragraph describes a family's experience with their son Johnny, who initially seemed to have the flu but later displayed unusual symptoms like purple dots, prompting a doctor's visit. The doctor's suspicion of leukemia led to an urgent blood test and subsequent admission to the pediatric ICU. The narrative also encompasses the medical team's perspective, detailing the comprehensive lab work required to diagnose Johnny's condition, including involvement from various departments and the discovery of abnormal cells indicating acute leukemia. The critical moment when Johnny's mother was told to be strong for her son highlights the emotional gravity of the situation. The paragraph culminates with the family's realization of the seriousness of Johnny's condition and the medical team's efforts to confirm the diagnosis and initiate appropriate treatment.

05:02

🧬 Acute Promyelocytic Leukemia Treatment and Recovery

The second paragraph delves into the specifics of Johnny's diagnosis—acute promyelocytic leukemia, marked by a genetic abnormality known as translocation 1517. It discusses the lab's role in confirming this diagnosis through a probe test, which showed a high percentage of abnormal cells. The narrative then shifts to the treatment plan, emphasizing the importance of an accurate diagnosis in guiding the use of specific drugs and minimizing chemotherapy's toxicity. The paragraph outlines the close monitoring of Johnny's treatment response through follow-up bone marrow examinations. The lab's confirmation of no malignant cells after 14 days signifies a positive treatment outcome. The story concludes with the lab staff's reflections on their impact on patient care and the family's deep gratitude, culminating in a celebratory moment marking Johnny's continued remission nine years post-diagnosis.

Mindmap

Keywords

💡Leukemia

Leukemia is a type of cancer that starts in blood-forming tissue, such as the bone marrow, and causes blood cells to be produced abnormally. In the video, Johnny is diagnosed with leukemia, which is a central theme as it drives the narrative of his medical journey. The script mentions, 'I think that your son has leukemia,' which initiates the urgent medical response and subsequent treatment.

💡Flu-like symptoms

Flu-like symptoms refer to a group of symptoms that mimic those of the flu, including fever, headache, and fatigue. In the script, Johnny initially experiences symptoms that seem like the flu, which is a common initial presentation for many illnesses, including leukemia as depicted in the video.

💡Blood test

A blood test is a laboratory analysis performed on a blood sample to detect diseases, monitor organ function, or determine blood cell counts. In the video, Johnny's blood test is crucial as it leads to the discovery of abnormal blood cell counts, which are indicative of leukemia, as mentioned in the line, 'we would have seen a really elevated white blood cell count.'

💡Platelet count

Platelet count refers to the number of platelets in the blood, which are essential for blood clotting. A low platelet count can be a sign of various disorders, including leukemia. The script highlights the importance of platelet count when it states, 'we also have seen the low platelet count,' which, along with a high white blood cell count, suggests a 'bad situation, probably leukemia.'

💡Bone marrow aspirate

A bone marrow aspirate is a procedure that involves extracting a small sample of bone marrow for examination. It is used to diagnose diseases such as leukemia. In the video, Johnny undergoes a bone marrow aspirate, which is a critical step in confirming his diagnosis of acute myeloid leukemia, as described when the doctor explains the procedure to Johnny's parents.

💡Acute myeloid leukemia (AML)

Acute myeloid leukemia is a type of blood and bone marrow cancer that affects the myeloid line of blood cells, which normally develop into oxygen-carrying red blood cells, platelets, and certain types of white blood cells. The video script mentions 'acute myelogenous leukemia' as Johnny's diagnosis, which is a subtype of AML and is significant for the treatment plan and prognosis.

💡Translocation 1517

Translocation 1517 is a specific genetic abnormality where parts of chromosomes 15 and 17 switch places. This translocation is associated with a subtype of acute promyelocytic leukemia (APL). In the script, the presence of this translocation in Johnny's cells confirms his diagnosis and guides the treatment approach, as indicated by the line, 'he had 96% of his cells abnormal, they did contain translocation 1517.'

💡Flow cytometry

Flow cytometry is a technique used to analyze and sort particles, such as cells, by passing them through a laser beam and measuring the scattered and fluorescent light. It is used to diagnose leukemia by identifying abnormal cells. The script mentions that flow cytometry data was crucial for confirming Johnny's diagnosis, as seen when the results come back and the doctor states, 'it looks like acute myelogenous leukemia.'

💡Cytogenetics

Cytogenetics is the study of chromosomes and their abnormalities. In the context of the video, cytogenetics is used to analyze Johnny's bone marrow sample to look for the translocation 1517, which is a key part of diagnosing his specific type of leukemia. The script refers to cytogenetics when discussing the analysis of the bone marrow sample: 'cytogenetics got part of that specimen and then they were looking for the translocation the 1517 translocation.'

💡Remission

Remission is a period during which the signs and symptoms of a disease have disappeared, even though the disease is not entirely cured. In the video, Johnny's remission is a significant milestone indicating that his leukemia treatment is effective. The script describes the process of checking for remission: 'they usually receive a follow-up bone marrow examination on the eighth day of treatment and then frequently on the fifteenth day of treatment.'

💡Medical team collaboration

Medical team collaboration refers to the coordinated efforts of various healthcare professionals to provide comprehensive care to a patient. The video script emphasizes the importance of teamwork in Johnny's diagnosis and treatment, as seen when multiple departments and staff members are involved in handling his case and when the doctor says, 'I feel we got the lab results... we know what it is now.'

Highlights

A child named Johnny developed flu-like symptoms and was found to have purple dots on his skin.

Doctor's suspicion led to a blood test revealing a high white blood cell count and low platelet count, indicative of leukemia.

Johnny was admitted to the hospital and received immediate medical attention, including a bone marrow aspirate.

Laboratory tests across multiple departments were conducted, including hematology, chemistry, and microbiology.

The presence of blasts in Johnny's blood suggested acute leukemia.

A bone marrow biopsy was performed, and the results were analyzed by pathology, flow cytometry, and cytogenetics.

Dr. Pam Kidd identified acute myelogenous leukemia from the bone marrow aspirate.

A specific type of acute myeloid leukemia with a translocation 1517 was confirmed, guiding targeted treatment.

Chemotherapy treatment was initiated with a focus on reducing toxicity due to the accurate diagnosis.

Follow-up bone marrow examinations were conducted to monitor the effectiveness of the treatment.

After 14 days, malignant cells were no longer detected, indicating a positive response to treatment.

The collaboration of multiple laboratory departments was crucial for Johnny's accurate and timely diagnosis.

The importance of accurate diagnosis in limiting treatment toxicity and improving patient outcomes was emphasized.

The emotional impact on the family and the gratitude towards the medical team for saving Johnny's life.

The story highlights the unsung heroes in the laboratory who contribute to patient care and treatment success.

The medical team's dedication to making a difference in patients' lives and the importance of timely lab results.

A reunion between Johnny, now 15, and the medical team celebrating his continued remission.

Transcripts

play00:04

like summer was alright until right

play00:07

about when school is about to start I

play00:09

developed some kind of sickness that

play00:11

seems like it was the flu so I went to

play00:15

the doctor with Johnny still had the

play00:18

headache still had the fever but all of

play00:21

a sudden we noticed that he had these

play00:24

little purple dots almost like freckles

play00:28

he wasn't too concerned but the doctor

play00:31

still wanted him in to get a blood test

play00:35

and get a blood workup on Monday morning

play00:39

first thing 1:30 in the afternoon the

play00:41

doctor called and he said I've got some

play00:45

bad news he said I think that your son

play00:48

has leukemia he said I need you to go up

play00:54

to the pedes ICU right away they will be

play01:02

waiting for you and that was just way

play01:06

too much to comprehend then I heard this

play01:09

very urgent boy's saying that you know

play01:12

something's wrong with Johnny he's at

play01:13

the hospital it might be serious we

play01:16

don't know exactly what's happening yet

play01:18

but I'm gonna pick you up right away I

play01:20

went up to the hospital and that's

play01:22

really when the surreal part of this all

play01:26

started

play01:27

I walked in with with Deb scanning with

play01:30

dr. Mitchell and then priest and Johnny

play01:33

was already up

play01:37

and the priest was was already offering

play01:39

last rites

play01:41

Johnny's case was really an interesting

play01:43

case as far as the laboratory is

play01:45

concerned it all started with the

play01:47

phlebotomist at an outpatient draw site

play01:49

and that phlebotomist drew the specimen

play01:52

the specimen came into our logic campus

play01:56

where the initial CBC was done in some

play01:59

of the initial chemistry's his case

play02:01

touched every single laboratory

play02:03

department from hematology chemistry

play02:06

hemostasis urinalysis microbiology blood

play02:11

bank

play02:12

flow cytometry cytogenetics every single

play02:15

department and many many staff on all

play02:18

three shifts touched his specimens in

play02:21

Johnny's case we would have seen a

play02:23

really elevated white blood cell count

play02:26

we also have seen the low platelet count

play02:30

which together those are really

play02:32

indicative of a bad situation

play02:36

probably leukemia but we wouldn't really

play02:39

know that till we did some other studies

play02:41

and in addition our technologists were

play02:44

seeing blasts in his purple blood which

play02:46

to us usually signals possibly acute

play02:50

leukemia and so my first involvement

play02:53

with this patient was when I became

play02:55

aware that there was an abnormal blood

play02:57

smear on the patient the patient's

play02:59

physician was called with those results

play03:02

and the patient was eventually admitted

play03:04

actually the same day that he had those

play03:06

initial findings

play03:07

I met dr. Mitchell

play03:12

and she was trying to tell me what they

play03:15

were going to start with in order to

play03:18

find exactly what was wrong with him I

play03:24

explained a procedure called a bone

play03:26

marrow aspirate to them and we

play03:30

transfused him with platelets because

play03:33

his flight lecounte was so low we gave

play03:36

him a vigorous IV hydration intravenous

play03:41

hydration because of the height of his

play03:44

white blood count was high enough to

play03:46

cause sludging can cause problems with

play03:48

clotting or even stroke it but it was so

play03:51

overwhelming that I just started to look

play03:54

away from her and and she she just said

play03:57

you know what I need you to look at me

play03:59

right now and you have to understand

play04:02

what's going on you got it you got to be

play04:05

strong for him the next morning we did a

play04:08

bone marrow aspirate and biopsy and then

play04:11

that's analyzed in both pathology as

play04:15

well as flow cytometry and cytogenetics

play04:20

well this specimen that we got by

play04:22

reviewing the cases came in at 8 o'clock

play04:24

in the morning I think by 9:30 the

play04:27

proteomics or the full cytometry was

play04:29

already completed dr. Pam Kidd

play04:31

hematopathologist looked at that within

play04:34

an hour of doing the procedure and

play04:37

called me within two hours to say this

play04:40

looks like acute myelogenous leukemia um

play04:44

it looks like that but that's not

play04:47

confirmatory until we see flow cytometry

play04:50

of the bone marrow so when we had the

play04:53

flow cytometry data back I reviewed this

play04:56

with Dawn's parents discussed the

play04:59

treatment with chemotherapy for acute

play05:01

myelogenous leukemia

play05:03

and discuss prognosis that we had a fair

play05:08

chance of beating this but it was a

play05:10

tough battle the diagnosis that we

play05:16

arrived at was acute myeloid leukemia

play05:18

now there are different kinds of acute

play05:20

myeloid leukemia and particularly in

play05:22

terms of treatment these days it's very

play05:25

important to know what kind of acute

play05:27

myeloid leukemia in his particular case

play05:29

we identified acute promyelocytic

play05:31

leukemia

play05:33

it had a particular site of genetic

play05:35

abnormality called a translocation 1517

play05:39

so we were asked to perform the probe

play05:41

for a translocation 1517 and when we did

play05:45

that he had 96% of his cells abnormal

play05:49

they did contain transportation 1517 so

play05:52

that confirmed the diagnosis I'll never

play05:55

forget flying into the room just just

play05:58

big group big grin on her face just dr.

play06:01

Mitchell her Koch flying behind her I

play06:04

feel we got the lab results we've got a

play06:09

type of cancer that we can treat with a

play06:12

very specific drug but we know what it

play06:14

is now we need to use less chemotherapy

play06:18

in that setting and so less toxicity and

play06:21

unless you've walked that path as a

play06:23

patient or family or physician caring

play06:27

for these patients limiting toxicity was

play06:31

a critical point in this patient it

play06:34

really made a huge difference to have an

play06:36

accurate diagnosis this was like

play06:38

overnight they figured this out in all

play06:42

patients with acute leukemia we followed

play06:45

them very closely they usually receive a

play06:48

follow-up bone marrow examination on the

play06:51

eighth day of treatment and then

play06:53

frequently on the fifteenth day of

play06:55

treatment and

play06:56

almost always on the date of the 28th or

play06:59

29th day of treatment to see if they are

play07:01

in remission whether their treatment for

play07:04

their leukemia is being effective what

play07:06

we do is we go specifically looking for

play07:08

these same cells his disease cells after

play07:12

seven days that we had found out the

play07:14

first day and then seven days after that

play07:17

we look for those cells again I think

play07:20

that after after 14 days Flo's site

play07:24

America Lee or from the full sitamma

play07:26

tree lab we did not see any more of the

play07:29

malignant cells and also from that

play07:31

specimen cytogenetics got part of that

play07:34

specimen and then they were looking for

play07:36

the translocation the 1517 translocation

play07:39

and to see if they could find any of

play07:42

these cells also and so when in

play07:45

morphologically when the pathologists

play07:47

get the slide if they don't see what

play07:51

they're looking for and you put all

play07:53

these three together which i think is

play07:55

team work then we're pretty sure that

play07:58

he's clear the disease so we're able to

play08:01

offer great reassurance to John and his

play08:04

parents that he was still in remission

play08:06

and that we you know expect him to

play08:09

remain in remission

play08:12

Johnny's case is really exciting for us

play08:16

because it's one example where we really

play08:19

know that the significant impact we made

play08:22

and the outcome and there are many many

play08:25

more patients that laboratorians take

play08:27

care of across the country every single

play08:30

day that you don't get to find out

play08:33

what's happening with the patient it's

play08:36

interesting in me that I have the

play08:38

gratifying relationship with the patient

play08:41

but I often tell families there are many

play08:43

unsung heroes you know behind the scenes

play08:46

um really caring about this child and

play08:50

contributing to the care and the success

play08:52

of our treatment

play08:54

I really do feel like I'm making a

play08:56

difference in people's lives

play08:58

I definitely feel it in those moments of

play09:00

crisis when people are standing waiting

play09:04

for that result and we can get that back

play09:07

to them and we know that that has just

play09:09

changed the course treatment for that

play09:11

patient I insist

play09:12

they saved our son and I want to thank

play09:15

them that I am so grateful for what they

play09:19

have done for him if I could meet the

play09:21

people that did all the lab work I just

play09:25

I would be so incredibly grateful

play09:28

towards them I literally all my life to

play09:30

them this is John here and your test and

play09:35

this is dr. K all right Wow Wow nine

play09:39

years nine years ago unbelievable and

play09:41

now you're 15 or think important know we

play09:45

celebrate with you in a strange kind of

play09:47

way

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Related Tags
LeukemiaMedical MysteryDiagnostic JourneyHealth CrisisHospital ExperienceLaboratory HeroesPatient StoryMedical TeamworkLife-Saving TreatmentSurvival Story