﻿WEBVTT

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so what
are current good manufacturing practices?

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So they are
what is in the Code of Federal Regulations

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that they feel is makes the product safe
for people to use and make sure

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that if you get blood in Utah,
you get blood in California,

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everything is still safe,
regardless of what how you do it.

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Each laboratory may do it differently,
but we want the end result to be the same

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a safe product for a patient.

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And they again are established

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to ensure the safety, quality
and purity characteristics of a drug.

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And those are the three words
that they use a lot the FDA,

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the quality, potency
and safety of a product.

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And they are the law.

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So you have to do it.

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A lot of you'll hear cGMP,

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which is current
good manufacturing practices or just GMP.

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A lot of people in industry
just stop the C.

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So the C is just current.

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So they'll
change these with any changing times.

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Like for testing regulations.

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For instance, if when we implemented West
Nile testing changes to hepatitis

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B, any of that, we're testing
current with the regular

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with the technology and what's available.

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So why do we have to do this?

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Because it's a law and it applies
to everyone in transfusion service.

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So if you do processing,

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compatibility testing,
if you store, if you issue

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anything with a blood product,
then you have to follow these regulations.

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And that is the code
that says that everyone has to.

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So what are the good manufacturing
sections of the code

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that we have to follow.

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So you have the 210, which is current
good manufacturing

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practices for processing,
packing and holding of drugs.

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There's blood as a drug.

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So we're going to process it
into its final form.

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And then we're going to hold it
or store it until it's needed.

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And then 211

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is the finished pharmaceuticals.

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So again blood is a drug.

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So once it's finished, how they mostly
deal with labeling and quality of the lot.

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So each unit of blood has a unique
identifier and that is its lock number.

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So in a prescription
or different pharmaceuticals

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there will be thousands of bottles
that have the same

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lot number because they were all produced
at the same time.

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So in blood products, each product
that was collected

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from that donor at that
time has the same number.

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And that is what they consider
the lot for that, particular unit.

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And then 6 or 6 is blood.

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Regulations.

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So in part 211 is important to us

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because that's where it says
that you must have a quality unit.

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And that is my position at r u p.

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So you have to have someone
who is an outside

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voice to review the things that are done

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in the transfusion service
or the blood service, laboratory.

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So I don't report to anyone in transfusion
service,

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my supervisors outside

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of that entire department
so I can go in and say, you know,

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I really don't agree with you,

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and there's no chance
that I could have any negative impact

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because that's my supervisor
or she's my boss or anything like that.

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So you have to be removed.

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And the, code requires
that you have someone like that

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when you manufacture blood products.

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So if you're just a small transfusion
service in a hospital

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and you're not manufacturing any products,

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then you wouldn't
necessarily need to have a quality unit.

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But if you're making any products,

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if you're irradiating products, if you're
making out clots, you're manufacturing.

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So you have to have a quality unit.

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So if

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there are all three of these regulations
and they're all, good

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manufacturing practices, how do we know
which ones we're supposed to follow?

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So the code tells us

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that you follow
whichever is more specific.

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And that's also in part 211.

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So if there's a regulation
that applies to a situation

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both in the drug section
in the two hundreds

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and in the biologics section in the six
hundreds,

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we're going to follow the 600 code
because we're dealing with blood.

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So we're going to pick
whichever one is more specific.

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And there is a lot of redundancy.

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So there are many cases where a situation
is covered in many sections of the code,

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and we have to pick
which one we're going to follow.

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And generally you do that by whichever
product you're speaking about.

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So the purpose again

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we want to assure the safety purity,
potency of blood products.

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Ensure that systems involved in
manufacturing are controlled

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and that we always get the same product
at the end

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to ensure patient and donor safety
and that we remain current.

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So again,
we change things based on new, diseases.

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So right now they're talking about,

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chikungunya
and all these new infectious agents

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that maybe we're going to start testing
for maybe or not.

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Is there a valid test for that?

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What would be the impact
on the blood supply?

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And they have a group

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in the FDA that reviews all these things

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and data makes decisions,
and then they put out guidance

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and new regulations
if we need to follow them.

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So what elements are covered
in good manufacturing practices.

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So they cover pretty much everything.

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So they have general provisions.

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They have organization training
standard operating procedure.

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So they say you have to have procedures.

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Labeling what kind of records

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you have to keep,
how long you have to keep them.

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Error management and then error reporting,
which is again unique.

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They're called
biologic product deviations.

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And we'll talk a little bit
more about those

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because there have to be reported
to the FDA

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within 45 days of discovery.

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So what are the rules,

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for regular registration versus licensure?

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Has everybody heard anything
about blood banks being register license.

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Does that new.

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Probably okay.

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So you have to be
everyone has to be registered

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to have a business

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as a transfusion service
or as a blood donor.

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Not everyone has to be licensed.

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So the difference is if you are going
to ship products across state lines.

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So they call it in interstate commerce,

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you have to be a licensed blood center.

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So to be licensed
you have to submit all of your SOPs

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quality plans, submit a big form and
then all the documentation of training.

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How do you do training?

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All that type of information.

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And then you submit it to Sieber,
and then they'll come out and do what's

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called a pre, inspection survey

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or a pre licensure survey or inspection.

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And they can last anywhere from
a couple of weeks to a couple of months.

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And these inspectors come from Sieber,

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in Maryland.

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So they're not the same inspectors
as the people that will come,

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the field investigators
who come and do normal, inspections.

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So they're a little bit more focused
on the back end, like, how are you set up?

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How do you deal with changes,
that type of thing.

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But the regulations and the ongoing
inspections are always the same.

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But that's basically the difference
between,

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licensure and registration.

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So this is just a copy

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of what a registration or a license
looks like.

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So you have to say,

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what kind of products am I collecting.

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So am I doing Allergan
and am I doing autologous?

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What kind of things am I doing?

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Is it red cells?

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Is it frozen? Is it platelets?

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What am I collecting?

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And then what am I doing with it?
Am I testing it?

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Am I storing it? Am I distributing it?

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So basically on one sheet
says everything that you do

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in your laboratory documentation is huge

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for the FDA and they're mantra.

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I guess you would say
if it wasn't documented, it didn't happen.

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So I could have everything
except the document

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that says I did this at this time,
and I wrote it down.

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You didn't do it.

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If you can't find the documentation for
the inspector, why the inspector is there.

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You didn't do it.

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You will be cited for that.

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So documentation
is very critical, for the FDA.

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So there are specific rules
they have to maintain concurrently.

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Not after the fact.

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So if I have 6 or 7 balances
that I'm doing the QC on in the morning,

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I can't go this 1 to 500, this 1
to 500, this 1 to 500.

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And then write all three down.

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I have to put the weight on, write it
down, put the weight on, write it down.

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So it has to be concurrent
while I'm doing it.

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Not after the fact.

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So like in the transfusion service,
I'm reading my tubes, shaking my tubes.

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This is my blood type. Read it, put it in.

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I can't read it, set it down,
do something else and then put it

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in the computer.

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It has to be concurrent
as you're doing it.

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Everything has to be clearly traced.

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So each step in the process
has to be clearly identified.

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And you have to be able
to follow the process through.

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The documentation has to be legible.

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And indelible.

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So indelible it can't be erased.

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So no gel pens.

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Have you ever smeared a gel pen,
gotten it wet?

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It rubs off.

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No gel pens in the laboratory, no pencils.

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Now, wite-out any of that kind of stuff.

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It has to identify the person
performing the work.

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So what, you're doing it in the computer,
it can be your computer log in.

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If you're doing something by hand,
it needs to have your tech ID

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or something defined by the laboratory.

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That shows that Becky
is the one that wrote that at this time.

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And then it has to have dates.

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So I did this
and put my initials in the date.

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So it has to show
what day that you're doing stuff.

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It has to be detailed as necessary
to have a complete history.

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And they don't tell you what that is.

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So they don't say
you have to document this, this and that,

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but they say
you have to have a complete history.

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So the inspectors should be able to come
in, ask for a record

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and be able to follow it on their own
and know exactly what happened.

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And who did it and when.

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And then again, records
have to be maintained and available.

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If you can't produce the record.

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It didn't happen.

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It wasn't done.

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So again, record
all actions as are happening.

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Use blue or black ink.

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No gel pens, no pencils, no
whiteout or correction tape.

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You don't want to scratch out
or write over anything.

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You have to be able to see
what was originally written below.

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So if you make a mistake,
everybody makes a mistake once in a while.

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When you're writing things,
you just have to use the correct,

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procedures for your laboratory
for correcting errors.

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Some laboratories,
and generally in clinical,

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trials situations,
if you're doing testing for them,

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they also want to document
why you made the change.

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It was an error.

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It was a typo. Why am I changing this.

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So that's something you may, encounter
as you work in laboratories.

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So this is just an example

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of really bad documentation.

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So we don't need any

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embellishments,
no smiley faces, no commentary.

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Like yes, the temperature was finally in
any of that.

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Right overs.

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So obliterating things,
arrows are not allowed

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unless there's a clear, open
and ending time for an arrow quotation

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marks are not good,
so you can use an arrow

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if it's clear that I'm starting here
and I'm ending here.

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But if you just have, quote

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blank spots,
you should never have a blank.

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It's the form.

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If you have a form and you don't need
to use that space, you should fill it out.

00:13:15.194 --> 00:13:18.664
Is any
because I intentionally left it blank.

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So we don't need oops, none of that.

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And why are we so specific
about this stuff?

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Because documents are legal. Records.

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So if
there's ever a recall or a look back.

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So we find information out
about a donor later on,

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they come back
testing positive for a certain disease.

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We have to look back for ten years
on that donor and any donations

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and where that unit went to
and who it went to.

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We need to be able
to find this information

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and clearly understand who it is.

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And if it comes up in a legal case,
these are going to be presented in court.

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They're legal documents.

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And they have to again

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track ability
every step from beginning to end.

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Each critical step has to be documented,
just like the falling dominoes.

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This happened
and then this happened and this happened.

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So and again,

00:14:19.792 --> 00:14:22.862
if it didn't wasn't
documented, it didn't happen.

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So the

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critical information we're documenting,
the who, the what, the how.

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And then usually there's a review.

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So who made sure
that this information is correct

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sometimes that in the computer system
automatically built in your front type

00:14:40.512 --> 00:14:43.515
matched with your back type,
or you get some sort of an error,

00:14:44.083 --> 00:14:47.086
the information you entered is not,

00:14:47.586 --> 00:14:48.954
compatible with life.

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You'll usually get some kind of a flag
in the computer system.

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If it's a completely manual documentation,
you usually have something

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with peer review or supervisory review.

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After the form is completed.

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And again, why do we have so many reviews?

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Just make sure everything is correct
and current,

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and the reviewers are responsible
for finding errors.

00:15:12.511 --> 00:15:15.481
So we don't want to say oops,

00:15:17.283 --> 00:15:20.552
Justin has worked in the blood bank
forever.

00:15:20.786 --> 00:15:22.521
I'm reviewing his work.

00:15:22.521 --> 00:15:25.524
Let me just skim over this. It'll be fine.

00:15:25.591 --> 00:15:30.362
No, we want to make sure that you review
everything thoroughly

00:15:30.562 --> 00:15:33.332
and make sure you're catching anything,
because that's why we do it.

00:15:33.332 --> 00:15:34.800
If it wasn't important,

00:15:34.800 --> 00:15:38.137
we wouldn't take the time
to have another person review something.
