albumin mip prepared in aqueous solution system
DESCRIPTION
Albumin MIP Prepared in Aqueous Solution System. Speaker : Thong-Yueh Lin 報告者 : 林 聰 樂. Outline. Introduction Experimental Results and discussion Conclusions. Introduction. Property of Albumin. Half-life: 17 to 23 day Molecular weight: 68,000 Isoelectric point: 4.8 - PowerPoint PPT PresentationTRANSCRIPT
Albumin MIP Prepared in Aqueous Albumin MIP Prepared in Aqueous Solution SystemSolution System
Speaker : Thong-Yueh LinSpeaker : Thong-Yueh Lin
報告者 報告者 : : 林 聰 樂林 聰 樂
OutlineOutline
• Introduction
• Experimental
• Results and discussion
• Conclusions
IntroductionIntroduction
Property of AlbuminProperty of Albumin
• Half-life: 17 to 23 day
• Molecular weight: 68,000
• Isoelectric point: 4.8
• Concentration of human serum:
3.0 to 5.0 g/dl
ExperimentalExperimental
MaterialsMaterials
MonomerMonomer
3-dimethylaminopropyl metacrlamide:3-dimethylaminopropyl metacrlamide:DMAPMADMAPMA
acrylamide:AMacrylamide:AM
Allylamine:AAAllylamine:AA
Methacrylic acid:MAAMethacrylic acid:MAA
Hydroxy ethyl methacrylate:HEMAHydroxy ethyl methacrylate:HEMA
Crosslinking agentCrosslinking agent
Tetraethylene glycol dimethaTetraethylene glycol dimethacrylate:TEGDMAcrylate:TEGDMA
Polyethylene glycol dimethaPolyethylene glycol dimethacrylate:PEGDMAcrylate:PEGDMA
MaterialsMaterials
InitiatorsInitiators
Ammonium persulfate:APSAmmonium persulfate:APS
Cumene hydroperoxide:CHPCumene hydroperoxide:CHP
Tetramethyl ethylenediamine:TMEDATetramethyl ethylenediamine:TMEDA
MaterialsMaterials
Fabrication Sequence of MIPFabrication Sequence of MIP
Preparation of MIP crush of MIP
Screening of MIPWashing with 20 wt.%
methanol and drying of
MIP
Results and discussionResults and discussion
HPLC analysis of protein mixtureHPLC analysis of protein mixture
minutes
0 5 10 15 20 25 30
mV
0
20
40
60
80
100
1: Cytochrome c2: Lysozyme3: Albumimn4: Myoglobin
1.
2.
3.
4.
Typical calibration curve of Typical calibration curve of Cytochrome CCytochrome C by using HPLC by using HPLC
Concentration of cytochrome C (g/ml)
0.000 0.001 0.002 0.003 0.004 0.005 0.006
Inte
grat
e ar
ea ( v
*sec
)
0
1e+6
2e+6
3e+6
4e+6
5e+6
6e+6
7e+6
b = -115699.1074m= 1208803751r2= 0.9999
Typical calibration curve of Typical calibration curve of AlbuminAlbumin by using HPLC by using HPLC
concentration (g/ml)
0.000 0.001 0.002 0.003 0.004 0.005 0.006
inte
grat
e ar
ea(
v*se
c)
0.0
2.0e+5
4.0e+5
6.0e+5
8.0e+5
1.0e+6
1.2e+6
1.4e+6
1.6e+6
b=15164.4912m=269447958.7r2=0.9967
Typical calibration curve of Typical calibration curve of LysozymeLysozyme by using HPLC by using HPLC
contentration (g/ml)
0.000 0.001 0.002 0.003 0.004 0.005 0.006
inte
grat
e ar
ea ( v
*sec
)
0
2e+6
4e+6
6e+6
8e+6
1e+7
b=104300.9234m=1707906682r2=0.9994
Typical calibration curve of Typical calibration curve of MyoglobinMyoglobin by using HPLC by using HPLC
concentration (g/ml)
0.000 0.001 0.002 0.003 0.004 0.005 0.006
inte
grat
e ar
ea ( v
*sec
)
0
2e+6
4e+6
6e+6
8e+6
b=-53712.5055m=1417736164r2=0.9998
Mas
s ra
tio
of a
dso
rbat
e on
MIP
0
2
4
6
8
10
12
14
16
Cytochrome C Lysozyme Albumin Myoglobin
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Sample name: DMAPMA-TEGDMA
Albumin 4.5%
Water 10.4%
DMAPMA 5.0%
TEGDMA 80%
APS,TMEDA
Selectivity:
1:1.9:14.2:1.4
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Mas
s ra
tio
of a
dso
rbat
e on
MIP
0
20
40
60
80
100
120
140
160
180
Cytochrome C Lysozyme Albumin Myoglobin
Sample name: MAA-TEGDMA
Albumin 3.1%
Water 7.3%
MAA 2.7%
TEGDMA 86.8%
APS,TMEDA
Selectivity:
52.2:160.1:1:
77.5
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Sample name: AM-TEGDMA 1M
ass
rati
o of
ad
sorb
ate
on M
IP
0
1
2
3
4
5
6
7
Cytochrome C Lysozyme Albumin Myoglobin
Albumin 2.4%
Water 9.2%
AM 2.4%
TEGDMA 86%
APS,TMEDA
Selectivity:
1:4.1:6.5:2.5
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Sample name: AM-TEGDMA 2M
ass
rati
o of
ad
sorb
ate
on M
IP
0
5
10
15
20
25
30
Cytochrome C Lysozyme Albumin Myoglobin
Albumin 2.4%
Water 11.2%
AM 2.3%
TEGDMA 84%
CHP,TMEDA
Selectivity
4.4:25.8:8.9:1
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Sample name: HEMA-PEGDMAM
ass
rati
o of
ad
sorb
ate
on M
IP
0
1
2
3
4
5
Cytochrome C Lysozyme Albumin Myoglobin
Albumin 4.5%
Water 10.5%
HEMA 5.1%
PEGDMA 80%
APS,TMEDA
Selectivity
1: 4.3: 1: 1.8
Selectivity mass ratio to adsorbent of M.I.PSelectivity mass ratio to adsorbent of M.I.P
Sample name: DMAPMA-PEGDMAM
ass
rati
o of
ad
sorb
ate
on M
IP
0
1
2
3
4
5
6
7
Cytochrome C Lysozyme Albumin Myoglobin
Albumin 5.4%
Water 12.6%
DMAPMA 6.0%
PEGDMA 76%
APS,TMEDA
Selectivity
3.1:6.4:5.4:1
Mass ratio of Adsorbent for different composition Mass ratio of Adsorbent for different composition
MIPMIP
Sample name Mass ratio of adsorbent(Cytochrome C: Lysozyme: Albumin: Myoglobin)
DMAPMA-TEGDMA 1 : 1.9 : 14.2 : 1.4MAA-TEGDMA 52.2 : 160.3 : 1 : 77.5AM-TEGDMA 1 : 4.1 : 6.5 : 2.5AM-TEGDMA 4.4 : 25.8 : 8.9 : 1
HEMA-PEGDMA 1 : 4.3 : 1 : 1.8DMAPMA-PEGDMA 3.1 : 6.4 : 5.4 : 1
ConclusionsConclusions
1.1. The DMAPMA-TEGDMA MIP can obtain high The DMAPMA-TEGDMA MIP can obtain high
selectivity for albumin selectivity for albumin
2.The mass ratio of DMAPMA-TEGDMA MIP for adsorbent2.The mass ratio of DMAPMA-TEGDMA MIP for adsorbent
= = Albumin : Lysozyme : Myoglobin : Cytochrome CAlbumin : Lysozyme : Myoglobin : Cytochrome C
= = 14.2 : 1.9 : 1.4 : 114.2 : 1.9 : 1.4 : 1
Thank you for your attentionThank you for your attention