evjgs-9z5uh

May 14, 2026 02:06 · 57:57 · English · Whisper Turbo · 3 Speakers
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Lecture Index
Showing only
1:20
S… Speaker 1 (evjgs-9z5uh)
Of course,
1:37
S… Speaker 1 (evjgs-9z5uh)
I just read,
1:39
S… Speaker 1 (evjgs-9z5uh)
there are two ReDME files also inside,
1:42
S… Speaker 1 (evjgs-9z5uh)
but I think it's not relevant.
1:44
S… Speaker 1 (evjgs-9z5uh)
Maybe they mention some more genotypes
1:49
S… Speaker 1 (evjgs-9z5uh)
and some mutant also.
1:50
S… Speaker 1 (evjgs-9z5uh)
Inside the ReDME file?
1:53
S… Speaker 1 (evjgs-9z5uh)
Inside the file that I show you.
1:56
S… Speaker 1 (evjgs-9z5uh)
This
2:26
S… Speaker 1 (evjgs-9z5uh)
one? So,
2:27
S… Speaker 1 (evjgs-9z5uh)
this is the wild
2:31
S… Speaker 1 (evjgs-9z5uh)
type C.
2:32
S… Speaker 1 (evjgs-9z5uh)
Okay.
2:33
S… Speaker 1 (evjgs-9z5uh)
Of the AMLT who are mutants.
2:36
S… Speaker 1 (evjgs-9z5uh)
Okay.
2:37
S… Speaker 1 (evjgs-9z5uh)
So it's a mutant?
2:38
S… Speaker 1 (evjgs-9z5uh)
No,
2:39
S… Speaker 1 (evjgs-9z5uh)
no, no, this is a wild type.
2:40
S… Speaker 1 (evjgs-9z5uh)
Okay.
2:41
S… Speaker 1 (evjgs-9z5uh)
Yeah, so it's a wild type or the wild type or the...
2:45
S… Speaker 1 (evjgs-9z5uh)
G2, okay.
2:46
S… Speaker 1 (evjgs-9z5uh)
G2.
2:46
S… Speaker 1 (evjgs-9z5uh)
Well, so when we say G2,
2:48
S… Speaker 1 (evjgs-9z5uh)
it's actually...
2:49
S… Speaker 1 (evjgs-9z5uh)
Yeah, because I read the redmi file and there's a lot of
2:53
S… Speaker 1 (evjgs-9z5uh)
more information,
2:54
S… Speaker 1 (evjgs-9z5uh)
but I thought where is the file?
2:55
S… Speaker 1 (evjgs-9z5uh)
Oh, oh,
2:56
S… Speaker 1 (evjgs-9z5uh)
oh, I said,
2:57
S… Speaker 1 (evjgs-9z5uh)
I said, oh,
2:58
S… Speaker 1 (evjgs-9z5uh)
oh, that's because for this,
3:00
S… Speaker 1 (evjgs-9z5uh)
I, well,
3:02
S… Speaker 1 (evjgs-9z5uh)
for this part,
3:04
S… Speaker 1 (evjgs-9z5uh)
okay,
3:05
S… Speaker 1 (evjgs-9z5uh)
so, so...
3:07
S… Speaker 1 (evjgs-9z5uh)
At that time, we did a 344
3:14
S… Speaker 1 (evjgs-9z5uh)
wild type,
3:15
S… Speaker 1 (evjgs-9z5uh)
which is
3:19
S… Speaker 1 (evjgs-9z5uh)
G1,
3:23
S… Speaker 1 (evjgs-9z5uh)
representing the stage
3:28
S… Speaker 1 (evjgs-9z5uh)
before pre -myotic acid.
3:30
S… Speaker 1 (evjgs-9z5uh)
So sometimes we call it quiescence or
3:34
S… Speaker 1 (evjgs-9z5uh)
mycotic pause.
3:35
S… Speaker 1 (evjgs-9z5uh)
But I think that part is not
3:42
S… Speaker 1 (evjgs-9z5uh)
relevant, too relevant to our,
3:44
S… Speaker 1 (evjgs-9z5uh)
because now we focus on it.
3:49
S… Speaker 1 (evjgs-9z5uh)
We probably don't need to worry about that,
3:52
S… Speaker 1 (evjgs-9z5uh)
and S -Face is really focused on pre
3:56
S… Speaker 1 (evjgs-9z5uh)
-mail ticket.
3:57
S… Speaker 1 (evjgs-9z5uh)
The implications,
3:58
S… Speaker 1 (evjgs-9z5uh)
so we don't...
3:59
S… Speaker 1 (evjgs-9z5uh)
So this is the stuff that...
4:03
S… Speaker 1 (evjgs-9z5uh)
If the sample is two -paired and then the run is one -paired?
4:07
S… Speaker 1 (evjgs-9z5uh)
Yes.
4:08
S… Speaker 1 (evjgs-9z5uh)
Right. Okay.
4:11
S… Speaker 1 (evjgs-9z5uh)
What kind of information do we want from...
4:15
S… Speaker 1 (evjgs-9z5uh)
Oh, okay.
4:16
S… Speaker 1 (evjgs-9z5uh)
So for this G2,
4:19
S… Speaker 1 (evjgs-9z5uh)
wild type,
4:20
S… Speaker 1 (evjgs-9z5uh)
and as well as this one,
4:25
S… Speaker 1 (evjgs-9z5uh)
also wild type G2,
4:26
S… Speaker 1 (evjgs-9z5uh)
I would like to use this.
4:29
S… Speaker 1 (evjgs-9z5uh)
Well, so first of all,
4:31
S… Speaker 1 (evjgs-9z5uh)
unfortunately,
4:33
S… Speaker 1 (evjgs-9z5uh)
we don't have technical reporting.
4:36
S… Speaker 1 (evjgs-9z5uh)
So I think it's really difficult to publish
4:40
S… Speaker 1 (evjgs-9z5uh)
this solely.
4:43
S… Speaker 1 (evjgs-9z5uh)
So I'd like to,
4:44
S… Speaker 1 (evjgs-9z5uh)
I'd like to have a...
4:46
S… Speaker 1 (evjgs-9z5uh)
We can
4:51
S… Speaker 1 (evjgs-9z5uh)
do this if we have,
4:52
S… Speaker 1 (evjgs-9z5uh)
I think,
4:53
S… Speaker 1 (evjgs-9z5uh)
maybe a reference for
4:58
S… Speaker 1 (evjgs-9z5uh)
the attitude,
4:59
S… Speaker 1 (evjgs-9z5uh)
like this.
5:00
S… Speaker 1 (evjgs-9z5uh)
Yeah, yeah,
5:01
S… Speaker 1 (evjgs-9z5uh)
yeah. So those are it,
5:02
S… Speaker 1 (evjgs-9z5uh)
but there are only one.
5:03
S… Speaker 1 (evjgs-9z5uh)
So usually I'm going to see what they do.
5:05
S… Speaker 1 (evjgs-9z5uh)
But here we have only one for
5:10
S… Speaker 1 (evjgs-9z5uh)
each wild type line.
5:11
S… Speaker 1 (evjgs-9z5uh)
And one is not even the Imbra.
5:13
S… Speaker 1 (evjgs-9z5uh)
So this is not the Imbra,
5:15
S… Speaker 1 (evjgs-9z5uh)
but it's a wild type.
5:16
S… Speaker 1 (evjgs-9z5uh)
Okay,
5:17
S… Speaker 1 (evjgs-9z5uh)
so what I want to say is,
5:18
S… Speaker 1 (evjgs-9z5uh)
this is isolated myocytes,
5:22
S… Speaker 1 (evjgs-9z5uh)
right?
5:22
S… Speaker 1 (evjgs-9z5uh)
And,
5:24
S… Speaker 1 (evjgs-9z5uh)
okay,
5:25
S… Speaker 1 (evjgs-9z5uh)
so presumably they are quite pure.
5:36
S… Speaker 1 (evjgs-9z5uh)
So focus on your project.
5:39
S… Speaker 1 (evjgs-9z5uh)
I would like to have,
5:42
S… Speaker 1 (evjgs-9z5uh)
now we have like 200 genes that
5:46
S… Speaker 1 (evjgs-9z5uh)
I pull from literature and say,
5:49
S… Speaker 1 (evjgs-9z5uh)
oh, they are my addicts.
5:50
S… Speaker 1 (evjgs-9z5uh)
I want to increase the
5:54
S… Speaker 1 (evjgs-9z5uh)
capacity,
5:55
S… Speaker 1 (evjgs-9z5uh)
increase the gene list.
6:01
S… Speaker 1 (evjgs-9z5uh)
not only focus on O2 -1,
6:03
S… Speaker 1 (evjgs-9z5uh)
okay?
6:04
S… Speaker 1 (evjgs-9z5uh)
So then how we increase the
6:09
S… Speaker 1 (evjgs-9z5uh)
potential functional genes that are important
6:14
S… Speaker 1 (evjgs-9z5uh)
for ProPhase -1,
6:15
S… Speaker 1 (evjgs-9z5uh)
or say pairing stages.
6:17
S… Speaker 1 (evjgs-9z5uh)
I'm thinking the same by this
6:21
S… Speaker 1 (evjgs-9z5uh)
data, like we can only...
6:24
S… Speaker 1 (evjgs-9z5uh)
The only thing that we can take from this data is we can only see the genes which
6:28
S… Speaker 1 (evjgs-9z5uh)
are more active,
6:30
S… Speaker 1 (evjgs-9z5uh)
like they are,
6:30
S… Speaker 1 (evjgs-9z5uh)
their expression level is high in G2 phase,
6:33
S… Speaker 1 (evjgs-9z5uh)
so we can...
6:34
S… Speaker 1 (evjgs-9z5uh)
Yes,
6:34
S… Speaker 1 (evjgs-9z5uh)
there are a lot of,
6:35
S… Speaker 1 (evjgs-9z5uh)
so there are actually a lot of under
6:40
S… Speaker 1 (evjgs-9z5uh)
-sequence data in many different tissues,
6:43
S… Speaker 1 (evjgs-9z5uh)
and one way,
6:47
S… Speaker 1 (evjgs-9z5uh)
so ideally,
6:48
S… Speaker 1 (evjgs-9z5uh)
ideally,
6:49
S… Speaker 1 (evjgs-9z5uh)
myiotic -specific gene...
6:52
S… Speaker 1 (evjgs-9z5uh)
or myotic,
6:54
S… Speaker 1 (evjgs-9z5uh)
yeah,
6:55
S… Speaker 1 (evjgs-9z5uh)
specific genes.
6:56
S… Speaker 1 (evjgs-9z5uh)
It should be, I don't want to say exclusively
7:01
S… Speaker 1 (evjgs-9z5uh)
expressing myosis,
7:02
S… Speaker 1 (evjgs-9z5uh)
but it should be enriched or differentially expressing
7:06
S… Speaker 1 (evjgs-9z5uh)
myosis.
7:07
S… Speaker 1 (evjgs-9z5uh)
So one thing we can do is we can take these two samples
7:11
S… Speaker 1 (evjgs-9z5uh)
and plus maybe a
7:15
S… Speaker 1 (evjgs-9z5uh)
few, one or two,
7:16
S… Speaker 1 (evjgs-9z5uh)
myocidal antithesis,
7:20
S… Speaker 1 (evjgs-9z5uh)
anesthesia.
7:22
S… Speaker 1 (evjgs-9z5uh)
use that to do,
7:23
S… Speaker 1 (evjgs-9z5uh)
you know, some comparison,
7:24
S… Speaker 1 (evjgs-9z5uh)
subtraction,
7:25
S… Speaker 1 (evjgs-9z5uh)
and differential,
7:27
S… Speaker 1 (evjgs-9z5uh)
BID,
7:28
S… Speaker 1 (evjgs-9z5uh)
DNC,
7:29
S… Speaker 1 (evjgs-9z5uh)
and then maybe we can get,
7:30
S… Speaker 1 (evjgs-9z5uh)
I will,
7:31
S… Speaker 1 (evjgs-9z5uh)
I'm,
7:32
S… Speaker 1 (evjgs-9z5uh)
you know, imagine that we,
7:34
S… Speaker 1 (evjgs-9z5uh)
we probably could,
7:35
S… Speaker 1 (evjgs-9z5uh)
could have,
7:36
S… Speaker 1 (evjgs-9z5uh)
like, say, oh, there's 1 ,000 genes,
7:38
S… Speaker 1 (evjgs-9z5uh)
or maybe half,
7:39
S… Speaker 1 (evjgs-9z5uh)
you know, 500 genes.
7:40
S… Speaker 1 (evjgs-9z5uh)
It's important.
7:42
S… Speaker 1 (evjgs-9z5uh)
And we can have a,
7:43
S… Speaker 1 (evjgs-9z5uh)
you know, we can have a small comparison paper,
7:47
S… Speaker 1 (evjgs-9z5uh)
say, oh, those are myotic,
7:49
S… Speaker 1 (evjgs-9z5uh)
myotic core genes.
7:52
S… Speaker 1 (evjgs-9z5uh)
Because both are divided,
7:54
S… Speaker 1 (evjgs-9z5uh)
so we needed something to compare
7:59
S… Speaker 1 (evjgs-9z5uh)
with it.
8:00
S… Speaker 1 (evjgs-9z5uh)
So we can
8:04
S… Speaker 1 (evjgs-9z5uh)
use, okay, so the things we can compare is,
8:06
S… Speaker 1 (evjgs-9z5uh)
for example,
8:07
S… Speaker 1 (evjgs-9z5uh)
like, they already
8:16
S… Speaker 1 (evjgs-9z5uh)
have
8:21
S… Speaker 1 (evjgs-9z5uh)
a lot of available things.
8:36
S… Speaker 1 (evjgs-9z5uh)
I also find one RNA -6 data isolated in
8:40
S… Speaker 1 (evjgs-9z5uh)
your site but it was at zigotene.
8:44
S… Speaker 1 (evjgs-9z5uh)
Yeah,
8:45
S… Speaker 1 (evjgs-9z5uh)
yeah, yeah, that can be improved.
8:47
S… Speaker 1 (evjgs-9z5uh)
And also we,
8:48
S… Speaker 1 (evjgs-9z5uh)
so those are like meiotic expressions,
8:51
S… Speaker 1 (evjgs-9z5uh)
but you know,
8:52
S… Speaker 1 (evjgs-9z5uh)
it's interesting that people don't think
8:56
S… Speaker 1 (evjgs-9z5uh)
that meiosis requires that much or that many genes,
9:00
S… Speaker 1 (evjgs-9z5uh)
but actually two -thirds of the genes are expressed
9:04
S… Speaker 1 (evjgs-9z5uh)
during meiosis.
9:05
S… Speaker 1 (evjgs-9z5uh)
So we need to compare that with...
9:10
S… Speaker 1 (evjgs-9z5uh)
Right,
9:19
S… Speaker 1 (evjgs-9z5uh)
that also has it.
9:20
S… Speaker 1 (evjgs-9z5uh)
For example,
9:27
S… Speaker 1 (evjgs-9z5uh)
I would like to compare this with like seedling,
9:30
S… Speaker 1 (evjgs-9z5uh)
say.
9:30
S… Speaker 1 (evjgs-9z5uh)
The myocyte RNA -seq
9:35
S… Speaker 1 (evjgs-9z5uh)
compared to seedling RNA -seq.
9:37
S… Speaker 1 (evjgs-9z5uh)
And so the genes...
9:41
S… Speaker 1 (evjgs-9z5uh)
expressing meiosis,
9:42
S… Speaker 1 (evjgs-9z5uh)
and importable meiosis shouldn't be expressed thinly,
9:46
S… Speaker 1 (evjgs-9z5uh)
or leaf,
9:48
S… Speaker 1 (evjgs-9z5uh)
mature leaf.
9:49
S… Speaker 1 (evjgs-9z5uh)
You can use those two and then say,
9:53
S… Speaker 1 (evjgs-9z5uh)
oh, those 500 or 600 genes are core
9:57
S… Speaker 1 (evjgs-9z5uh)
myopic genes,
9:58
S… Speaker 1 (evjgs-9z5uh)
although only...
10:00
S… Speaker 1 (evjgs-9z5uh)
R200 are functional,
10:01
S… Speaker 1 (evjgs-9z5uh)
have to be characteristic.
10:04
S… Speaker 1 (evjgs-9z5uh)
So this
10:11
S… Speaker 1 (evjgs-9z5uh)
can replace
10:18
S… Speaker 1 (evjgs-9z5uh)
the R200
11:22
S… Speaker 1 (evjgs-9z5uh)
that we can take.
11:23
S… Speaker 1 (evjgs-9z5uh)
So this is a comparative analysis of that much
11:27
S… Speaker 1 (evjgs-9z5uh)
of certain tissues.
11:28
S… Speaker 1 (evjgs-9z5uh)
And yeah,
11:31
S… Speaker 1 (evjgs-9z5uh)
so we can,
11:31
S… Speaker 1 (evjgs-9z5uh)
you know, compare a few tissues that we're pretty sure that they don't
11:36
S… Speaker 1 (evjgs-9z5uh)
have, well,
11:37
S… Speaker 1 (evjgs-9z5uh)
that they're not doing mouses.
11:39
S… Speaker 1 (evjgs-9z5uh)
And there are
11:45
S… Speaker 1 (evjgs-9z5uh)
a lot of transcription data available.
11:47
S… Speaker 1 (evjgs-9z5uh)
And plus we have two
11:51
S… Speaker 1 (evjgs-9z5uh)
T2 and...
12:02
S… Speaker 1 (evjgs-9z5uh)
and also there was one that,
12:06
S… Speaker 1 (evjgs-9z5uh)
no,
12:07
S… Speaker 1 (evjgs-9z5uh)
no time ago,
12:08
S… Speaker 1 (evjgs-9z5uh)
also by,
12:09
S… Speaker 1 (evjgs-9z5uh)
but
12:14
S… Speaker 1 (evjgs-9z5uh)
by the
12:29
S… Speaker 1 (evjgs-9z5uh)
first, by the same actives.
12:33
S… Speaker 1 (evjgs-9z5uh)
I think
12:40
S… Speaker 1 (evjgs-9z5uh)
it's probably,
12:41
S… Speaker 1 (evjgs-9z5uh)
it
12:48
S… Speaker 1 (evjgs-9z5uh)
was like...
13:14
S… Speaker 1 (evjgs-9z5uh)
I will
13:19
S… Speaker 2 (evjgs-9z5uh)
download all the files and all the data for the transcriptome
13:23
S… Speaker 2 (evjgs-9z5uh)
before the preview
13:31
S… Speaker 1 (evjgs-9z5uh)
So,
13:32
S… Speaker 1 (evjgs-9z5uh)
I guess,
13:41
S… Speaker 1 (evjgs-9z5uh)
I guess adult leave,
13:44
S… Speaker 1 (evjgs-9z5uh)
you know,
13:44
S… Speaker 1 (evjgs-9z5uh)
just compare those with adult leave and then you
13:49
S… Speaker 1 (evjgs-9z5uh)
don't have to leave.
13:49
S… Speaker 1 (evjgs-9z5uh)
So
13:56
S… Speaker 1 (evjgs-9z5uh)
that's that,
13:57
S… Speaker 1 (evjgs-9z5uh)
that's that.
13:57
S… Speaker 1 (evjgs-9z5uh)
And then to increase our candidates
14:03
S… Speaker 1 (evjgs-9z5uh)
that replace that one.
14:19
S… Speaker 1 (evjgs-9z5uh)
So when you revise the introduction,
14:21
S… Speaker 1 (evjgs-9z5uh)
send it to me and then I can give you N.
14:26
S… Speaker 1 (evjgs-9z5uh)
Yeah,
14:28
S… Speaker 2 (evjgs-9z5uh)
I need to discuss the Ns or something.
14:31
S… Speaker 1 (evjgs-9z5uh)
Okay, yes.
14:33
S… Speaker 2 (evjgs-9z5uh)
I'm curious to work on that data,
14:36
S… Speaker 2 (evjgs-9z5uh)
like why not we start with this data,
14:38
S… Speaker 2 (evjgs-9z5uh)
like at the Zydo team,
14:40
S… Speaker 2 (evjgs-9z5uh)
we can compare,
14:42
S… Speaker 2 (evjgs-9z5uh)
we can use both as our reference,
14:44
S… Speaker 2 (evjgs-9z5uh)
B73 and M017 is also highest number of crossover.
14:49
S… Speaker 2 (evjgs-9z5uh)
and all series are NAM lines.
14:51
S… Speaker 2 (evjgs-9z5uh)
So we can compare exact routine between the CML2
14:56
S… Speaker 2 (evjgs-9z5uh)
-8 and the CML3 -2C -DGs.
15:00
S… Speaker 1 (evjgs-9z5uh)
Okay, so I'm saying that,
15:02
S… Speaker 1 (evjgs-9z5uh)
okay, so I think we,
15:06
S… Speaker 1 (evjgs-9z5uh)
okay,
15:07
S… Speaker 1 (evjgs-9z5uh)
for the M2,
15:12
S… Speaker 1 (evjgs-9z5uh)
you have done quite nice
15:17
S… Speaker 1 (evjgs-9z5uh)
genome alignment.
15:18
S… Speaker 1 (evjgs-9z5uh)
Yeah,
15:19
S… Speaker 1 (evjgs-9z5uh)
and then you pull out all the...
15:24
S… Speaker 1 (evjgs-9z5uh)
And then,
15:25
S… Speaker 1 (evjgs-9z5uh)
but they are so many,
15:26
S… Speaker 1 (evjgs-9z5uh)
right? And now we only look at those 200 genes data.
15:30
S… Speaker 1 (evjgs-9z5uh)
But we're not sure,
15:33
S… Speaker 1 (evjgs-9z5uh)
well, I would like to,
15:34
S… Speaker 1 (evjgs-9z5uh)
so yeah,
15:36
S… Speaker 1 (evjgs-9z5uh)
so that's the part.
15:36
S… Speaker 1 (evjgs-9z5uh)
But if we just compare this,
15:40
S… Speaker 1 (evjgs-9z5uh)
we still don't know what 500 genes we should be.
15:45
S… Speaker 1 (evjgs-9z5uh)
Well,
15:46
S… Speaker 1 (evjgs-9z5uh)
we can make any conclusion after we
15:50
S… Speaker 1 (evjgs-9z5uh)
can analyze.
15:50
S… Speaker 1 (evjgs-9z5uh)
We cannot make any conclusion before analyzing it.
15:53
S… Speaker 1 (evjgs-9z5uh)
Right, right, of course.
15:54
S… Speaker 1 (evjgs-9z5uh)
Well, but,
15:54
S… Speaker 1 (evjgs-9z5uh)
but, but I'm saying that we will not know.
15:58
S… Speaker 1 (evjgs-9z5uh)
Okay,
16:00
S… Speaker 1 (evjgs-9z5uh)
so, so let me,
16:01
S… Speaker 1 (evjgs-9z5uh)
let me.
16:02
S… Speaker 1 (evjgs-9z5uh)
You
16:08
S… Speaker 1 (evjgs-9z5uh)
need this, so you can.
16:09
S… Speaker 1 (evjgs-9z5uh)
Oh,
16:10
S… Speaker 1 (evjgs-9z5uh)
okay. So,
16:18
S… Speaker 1 (evjgs-9z5uh)
I, I,
16:18
S… Speaker 1 (evjgs-9z5uh)
I'm just thinking now.
16:20
S… Speaker 1 (evjgs-9z5uh)
Okay,
16:22
S… Speaker 1 (evjgs-9z5uh)
so for N1 is totally fine.
16:24
S… Speaker 1 (evjgs-9z5uh)
Oh, for the N1.
16:26
S… Speaker 1 (evjgs-9z5uh)
For the M1,
16:27
S… Speaker 1 (evjgs-9z5uh)
I think we should do
16:31
S… Speaker 1 (evjgs-9z5uh)
a bit...
16:32
S… Speaker 1 (evjgs-9z5uh)
Can I open
16:36
S… Speaker 1 (evjgs-9z5uh)
up the presentation so we can...
16:38
S… Speaker 1 (evjgs-9z5uh)
Oh, sure, sure, sure.
16:39
S… Speaker 1 (evjgs-9z5uh)
Please, and I can improve side by side.
16:42
S… Speaker 1 (evjgs-9z5uh)
Okay.
16:42
S… Speaker 1 (evjgs-9z5uh)
And maybe we
16:47
S… Speaker 1 (evjgs-9z5uh)
have
17:05
S… Speaker 1 (evjgs-9z5uh)
this. If we run right now,
17:09
S… Speaker 1 (evjgs-9z5uh)
then I can ask him.
17:10
S… Speaker 1 (evjgs-9z5uh)
So,
17:12
S… Speaker 1 (evjgs-9z5uh)
this is...
17:17
S… Speaker 1 (evjgs-9z5uh)
But I,
17:18
S… Speaker 1 (evjgs-9z5uh)
well,
17:19
S… Speaker 1 (evjgs-9z5uh)
the M1 is totally fine,
17:20
S… Speaker 1 (evjgs-9z5uh)
but there are,
17:22
S… Speaker 1 (evjgs-9z5uh)
you know, DSDSB,
17:23
S… Speaker 1 (evjgs-9z5uh)
gamma 2x,
17:25
S… Speaker 1 (evjgs-9z5uh)
DMC1,
17:26
S… Speaker 1 (evjgs-9z5uh)
axis lenses,
17:27
S… Speaker 1 (evjgs-9z5uh)
that all,
17:28
S… Speaker 1 (evjgs-9z5uh)
that all good.
17:29
S… Speaker 1 (evjgs-9z5uh)
But I want to ask this,
17:32
S… Speaker 1 (evjgs-9z5uh)
is using H10 or plus MLH3
17:36
S… Speaker 1 (evjgs-9z5uh)
to look at this three
17:41
S… Speaker 1 (evjgs-9z5uh)
stages.
17:41
S… Speaker 1 (evjgs-9z5uh)
The reason is,
17:46
S… Speaker 1 (evjgs-9z5uh)
Peptin is difficult to train.
17:48
S… Speaker 1 (evjgs-9z5uh)
And I know now you make a conclusion that CM22A has longer
17:52
S… Speaker 1 (evjgs-9z5uh)
chromosomes.
17:52
S… Speaker 1 (evjgs-9z5uh)
But because it's continuous,
17:55
S… Speaker 1 (evjgs-9z5uh)
the condensation
18:00
S… Speaker 1 (evjgs-9z5uh)
is a continuous process.
18:02
S… Speaker 1 (evjgs-9z5uh)
So it's really hard to say,
18:03
S… Speaker 1 (evjgs-9z5uh)
oh, this is longer because it's longer.
18:06
S… Speaker 1 (evjgs-9z5uh)
And maybe it's just early or not condensed yet.
18:16
S… Speaker 1 (evjgs-9z5uh)
For example,
18:17
S… Speaker 1 (evjgs-9z5uh)
in this
18:32
S… Speaker 1 (evjgs-9z5uh)
diagnosis, in the diagnosis actually can still be
18:36
S… Speaker 1 (evjgs-9z5uh)
observed at the really late stages.
18:38
S… Speaker 1 (evjgs-9z5uh)
And so I
18:44
S… Speaker 1 (evjgs-9z5uh)
am saying that pectin might not be easy to know the
18:48
S… Speaker 1 (evjgs-9z5uh)
distribution.
18:50
S… Speaker 1 (evjgs-9z5uh)
And maybe the stages,
18:53
S… Speaker 1 (evjgs-9z5uh)
defaulting or dikenesis could be easier to look at.
18:57
S… Speaker 1 (evjgs-9z5uh)
And also the other thing that I have been thinking,
19:01
S… Speaker 1 (evjgs-9z5uh)
although we don't want to touch cross over type 2,
19:04
S… Speaker 1 (evjgs-9z5uh)
but if they are,
19:07
S… Speaker 1 (evjgs-9z5uh)
so for this,
19:08
S… Speaker 1 (evjgs-9z5uh)
so for
19:17
S… Speaker 1 (evjgs-9z5uh)
the, not really,
19:19
S… Speaker 1 (evjgs-9z5uh)
so for the asthma without Hayten could
19:23
S… Speaker 1 (evjgs-9z5uh)
be type 2.
19:47
S… Speaker 1 (evjgs-9z5uh)
I'm just saying that for the M -Y.
19:49
S… Speaker 1 (evjgs-9z5uh)
Okay, exactly.
19:50
S… Speaker 1 (evjgs-9z5uh)
So for the M -Y,
19:51
S… Speaker 1 (evjgs-9z5uh)
I'd like to add this to B -E.
19:54
S… Speaker 1 (evjgs-9z5uh)
You might have better chance to really see the distribution
19:59
S… Speaker 1 (evjgs-9z5uh)
otherwise.
20:01
S… Speaker 1 (evjgs-9z5uh)
Okay,
20:01
S… Speaker 1 (evjgs-9z5uh)
so, what do you mean?
20:03
S… Speaker 1 (evjgs-9z5uh)
Okay,
20:04
S… Speaker 1 (evjgs-9z5uh)
we can go.
20:05
S… Speaker 1 (evjgs-9z5uh)
Yeah,
20:08
S… Speaker 2 (evjgs-9z5uh)
yeah, I, yeah.
20:09
S… Speaker 1 (evjgs-9z5uh)
This is just segmentation.
20:13
S… Speaker 1 (evjgs-9z5uh)
Yeah.
20:14
S… Speaker 1 (evjgs-9z5uh)
We already have.
20:15
S… Speaker 1 (evjgs-9z5uh)
So,
20:16
S… Speaker 2 (evjgs-9z5uh)
no, no,
20:17
S… Speaker 2 (evjgs-9z5uh)
no, from the beginning.
20:18
S… Speaker 2 (evjgs-9z5uh)
I,
20:18
S… Speaker 2 (evjgs-9z5uh)
I like.
20:21
S… Speaker 1 (evjgs-9z5uh)
Okay.
20:22
S… Speaker 1 (evjgs-9z5uh)
So,
20:22
S… Speaker 2 (evjgs-9z5uh)
yeah, no, no, I,
20:23
S… Speaker 1 (evjgs-9z5uh)
yeah.
20:24
S… Speaker 2 (evjgs-9z5uh)
So, for M1.
20:25
S… Speaker 2 (evjgs-9z5uh)
So,
20:26
S… Speaker 1 (evjgs-9z5uh)
this is sub M1.
20:28
S… Speaker 1 (evjgs-9z5uh)
Yeah, I know.
20:29
S… Speaker 1 (evjgs-9z5uh)
Okay, I need to go behind.
20:32
S… Speaker 2 (evjgs-9z5uh)
Uh, no,
20:33
S… Speaker 2 (evjgs-9z5uh)
no, so determine whether that's it.
20:34
S… Speaker 2 (evjgs-9z5uh)
I,
20:35
S… Speaker 2 (evjgs-9z5uh)
okay,
20:36
S… Speaker 2 (evjgs-9z5uh)
so for this,
20:36
S… Speaker 2 (evjgs-9z5uh)
I think we should probably,
20:38
S… Speaker 2 (evjgs-9z5uh)
uh,
20:39
S… Speaker 2 (evjgs-9z5uh)
this will be gold.
20:41
S… Speaker 2 (evjgs-9z5uh)
This you look at the gamma 2x.
20:44
S… Speaker 1 (evjgs-9z5uh)
yeah so it includes all the steps like that
20:48
S… Speaker 1 (evjgs-9z5uh)
happened before we hit end like because we use the word
20:52
S… Speaker 1 (evjgs-9z5uh)
early so prior to class 1 so it
20:56
S… Speaker 1 (evjgs-9z5uh)
means before the patching all the stages all the analysis are included in sub
21:00
S… Speaker 2 (evjgs-9z5uh)
-n. okay well i'm thinking of yeah maybe
21:04
S… Speaker 1 (evjgs-9z5uh)
no no no because i have a result of
21:08
S… Speaker 1 (evjgs-9z5uh)
this i didn't have a result of this
21:11
S… Speaker 1 (evjgs-9z5uh)
But on this,
21:13
S… Speaker 1 (evjgs-9z5uh)
before my next Friday,
21:16
S… Speaker 1 (evjgs-9z5uh)
I will get the result of CML for both.
21:18
S… Speaker 2 (evjgs-9z5uh)
Oh, nice.
21:19
S… Speaker 2 (evjgs-9z5uh)
Okay, okay.
21:20
S… Speaker 1 (evjgs-9z5uh)
So,
21:21
S… Speaker 1 (evjgs-9z5uh)
because I took microscopy.
21:23
S… Speaker 1 (evjgs-9z5uh)
Okay.
21:23
S… Speaker 1 (evjgs-9z5uh)
Okay,
21:25
S… Speaker 1 (evjgs-9z5uh)
but I need,
21:26
S… Speaker 1 (evjgs-9z5uh)
I can write.
21:27
S… Speaker 2 (evjgs-9z5uh)
Okay.
21:27
S… Speaker 1 (evjgs-9z5uh)
Because this is more relevant to our...
21:31
S… Speaker 2 (evjgs-9z5uh)
Yeah, yeah, so this was relatively to this part,
21:34
S… Speaker 1 (evjgs-9z5uh)
I think.
21:35
S… Speaker 1 (evjgs-9z5uh)
Yeah, I need to go step by step.
21:38
S… Speaker 2 (evjgs-9z5uh)
Oh, okay.
21:39
S… Speaker 2 (evjgs-9z5uh)
Go, go, go, go.
21:39
S… Speaker 2 (evjgs-9z5uh)
Yeah, yeah, yeah.
21:40
S… Speaker 2 (evjgs-9z5uh)
Yeah, sure,
21:41
S… Speaker 1 (evjgs-9z5uh)
sure, sure.
21:41
S… Speaker 2 (evjgs-9z5uh)
No, I'm just in,
21:42
S… Speaker 2 (evjgs-9z5uh)
you know, when I grab that,
21:44
S… Speaker 2 (evjgs-9z5uh)
I just say, oh, I'll wait.
21:45
S… Speaker 2 (evjgs-9z5uh)
I want to know later.
21:46
S… Speaker 1 (evjgs-9z5uh)
Yeah, because,
21:48
S… Speaker 1 (evjgs-9z5uh)
okay,
21:50
S… Speaker 1 (evjgs-9z5uh)
I'll just switch it.
21:51
S… Speaker 1 (evjgs-9z5uh)
Oh, no,
21:52
S… Speaker 2 (evjgs-9z5uh)
no, no, no.
21:53
S… Speaker 2 (evjgs-9z5uh)
switch it this is fine the first one I was saying that maybe DSB
21:58
S… Speaker 2 (evjgs-9z5uh)
can be well but yeah look okay this go first because you already
22:02
S… Speaker 2 (evjgs-9z5uh)
have data and this okay because it's in the initial
22:06
S… Speaker 1 (evjgs-9z5uh)
recombination and then I will also get the data of this yeah yeah yeah and
22:10
S… Speaker 2 (evjgs-9z5uh)
then yeah and then this go this this will go I mean more smoothly
22:15
S… Speaker 2 (evjgs-9z5uh)
because you have DSB DMC one and Hayton
22:19
S… Speaker 1 (evjgs-9z5uh)
because I think
22:22
S… Speaker 2 (evjgs-9z5uh)
Right, the order is fine.
22:23
S… Speaker 2 (evjgs-9z5uh)
Sorry, don't get me wrong.
22:24
S… Speaker 2 (evjgs-9z5uh)
The order is fine.
22:25
S… Speaker 2 (evjgs-9z5uh)
I'm just saying that,
22:26
S… Speaker 2 (evjgs-9z5uh)
sorry, yeah,
22:27
S… Speaker 2 (evjgs-9z5uh)
yeah. I'm just saying that this can't be added into,
22:30
S… Speaker 2 (evjgs-9z5uh)
you know,
22:31
S… Speaker 1 (evjgs-9z5uh)
here.
22:31
S… Speaker 1 (evjgs-9z5uh)
Okay.
22:32
S… Speaker 1 (evjgs-9z5uh)
Yeah.
22:32
S… Speaker 1 (evjgs-9z5uh)
Because,
22:33
S… Speaker 2 (evjgs-9z5uh)
because at the packing,
22:35
S… Speaker 2 (evjgs-9z5uh)
it's really difficult to know the distribution.
22:38
S… Speaker 1 (evjgs-9z5uh)
Okay.
22:39
S… Speaker 1 (evjgs-9z5uh)
So we do this,
22:41
S… Speaker 1 (evjgs-9z5uh)
like, if we have a logic,
22:43
S… Speaker 1 (evjgs-9z5uh)
like, because first we want to see any structure difference or not.
22:47
S… Speaker 1 (evjgs-9z5uh)
If there's a structure difference,
22:48
S… Speaker 1 (evjgs-9z5uh)
so we didn't need to go there.
22:49
S… Speaker 1 (evjgs-9z5uh)
We need to focus on here.
22:51
S… Speaker 1 (evjgs-9z5uh)
Mm -hmm.
22:52
S… Speaker 1 (evjgs-9z5uh)
Because there is no any structure difference,
22:53
S… Speaker 1 (evjgs-9z5uh)
like the result that we have now,
22:55
S… Speaker 1 (evjgs-9z5uh)
that's why we go to behind.
22:58
S… Speaker 1 (evjgs-9z5uh)
So this is all the mathematical modeling
23:02
S… Speaker 1 (evjgs-9z5uh)
that we use inside the Python to calculate.
23:06
S… Speaker 1 (evjgs-9z5uh)
So I will explain in the lab.
23:10
S… Speaker 1 (evjgs-9z5uh)
If you have
23:14
S… Speaker 1 (evjgs-9z5uh)
a time I can explain now.
23:15
S… Speaker 2 (evjgs-9z5uh)
I have time,
23:15
S… Speaker 2 (evjgs-9z5uh)
I have time.
23:16
S… Speaker 2 (evjgs-9z5uh)
No,
23:17
S… Speaker 2 (evjgs-9z5uh)
I need to leave at 7.
23:29
S… Speaker 1 (evjgs-9z5uh)
Thank you.
23:30
S… Speaker 1 (evjgs-9z5uh)
Sub 3.
23:31
S… Speaker 1 (evjgs-9z5uh)
Yes.
23:32
S… Speaker 1 (evjgs-9z5uh)
We already have this.
23:34
S… Speaker 1 (evjgs-9z5uh)
So it's just a cover photo of this sub in.
23:37
S… Speaker 2 (evjgs-9z5uh)
I know.
23:38
S… Speaker 1 (evjgs-9z5uh)
Yeah.
23:38
S… Speaker 1 (evjgs-9z5uh)
So it's easy to understand.
23:41
S… Speaker 1 (evjgs-9z5uh)
So we need to go ahead.
23:42
S… Speaker 1 (evjgs-9z5uh)
Yeah.
23:44
S… Speaker 1 (evjgs-9z5uh)
So for the gametrics,
23:46
S… Speaker 1 (evjgs-9z5uh)
I will improve
23:50
S… Speaker 1 (evjgs-9z5uh)
it just like first draft.
23:52
S… Speaker 2 (evjgs-9z5uh)
Yeah, sure.
23:53
S… Speaker 1 (evjgs-9z5uh)
So this,
23:54
S… Speaker 1 (evjgs-9z5uh)
I'm missing this,
23:55
S… Speaker 1 (evjgs-9z5uh)
so maybe I will get this,
23:57
S… Speaker 1 (evjgs-9z5uh)
then we can conclude anything.
23:58
S… Speaker 2 (evjgs-9z5uh)
Okay. So how,
24:00
S… Speaker 2 (evjgs-9z5uh)
well,
24:02
S… Speaker 2 (evjgs-9z5uh)
one thing that for the dose,
24:04
S… Speaker 2 (evjgs-9z5uh)
that the one,
24:05
S… Speaker 2 (evjgs-9z5uh)
one thing is important that that
24:09
S… Speaker 2 (evjgs-9z5uh)
people see those images.
24:14
S… Speaker 2 (evjgs-9z5uh)
So make it bigger and even you
24:18
S… Speaker 2 (evjgs-9z5uh)
know some pop out if you want like all animation
24:26
S… Speaker 2 (evjgs-9z5uh)
Okay, and then this does not,
24:28
S… Speaker 2 (evjgs-9z5uh)
this can be,
24:30
S… Speaker 2 (evjgs-9z5uh)
you know,
24:31
S… Speaker 2 (evjgs-9z5uh)
this is, you know,
24:31
S… Speaker 2 (evjgs-9z5uh)
if I'm not in front or far,
24:33
S… Speaker 2 (evjgs-9z5uh)
as long as the word is large enough,
24:36
S… Speaker 2 (evjgs-9z5uh)
then this can be smoother.
24:37
S… Speaker 1 (evjgs-9z5uh)
I plan to run it on a projector on
24:41
S… Speaker 1 (evjgs-9z5uh)
the weekend, then I see how the color is.
24:44
S… Speaker 1 (evjgs-9z5uh)
Because on screen,
24:46
S… Speaker 1 (evjgs-9z5uh)
it looks like smaller.
24:47
S… Speaker 2 (evjgs-9z5uh)
I know, I know.
24:47
S… Speaker 1 (evjgs-9z5uh)
Sure, sure,
24:48
S… Speaker 1 (evjgs-9z5uh)
sure. Then I can adjust according to it.
24:51
S… Speaker 2 (evjgs-9z5uh)
Yeah, yeah, yeah.
24:51
S… Speaker 1 (evjgs-9z5uh)
Okay.
24:51
S… Speaker 2 (evjgs-9z5uh)
But this,
24:52
S… Speaker 1 (evjgs-9z5uh)
yeah.
24:53
S… Speaker 1 (evjgs-9z5uh)
Okay.
24:53
S… Speaker 2 (evjgs-9z5uh)
All right.
24:55
S… Speaker 2 (evjgs-9z5uh)
And,
24:56
S… Speaker 2 (evjgs-9z5uh)
okay,
24:57
S… Speaker 2 (evjgs-9z5uh)
so.

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