supplemental figure 1 supplemental figure 1. examination of individual specificity of cs-0777-p...

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Supplemental Figure 1 Supplemental figure 1. Examination of individual specificity of CS-0777-P phosphatase activity The CS-0777-P phosphatase activity on human kidney homogenate for five human specimens was examined. The data are shown as the means of duplicates with error bars to the minimum and maximum values (n = 2). CS-0777 product [ng/mL mg protein ] Human specimen number 0 500 1000 1500 2000 2500 #1 #2 #3 #4 #5

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Supplemental Figure 1

Supplemental figure 1. Examination of individual specificity of CS-0777-P phosphatase activity

The CS-0777-P phosphatase activity on human kidney homogenate for five human specimens was examined. The data are shown as the means of duplicates with error bars to the minimum and maximum values (n = 2).

CS

-077

7 pr

oduc

t [

ng/m

L

・m

g pr

otei

n ]

Human specimen number

0

500

1000

1500

2000

2500

#1 #2 #3 #4 #5

Supplemental Figure 2A

B

Supplemental figure 2. Effect of the ALPL specific inhibitor on recombinant proteins

The effect of the ALPL specific inhibitor, levamisole, was examined on phosphatase activity from recombinant ALPL, ALPI, ALPP, and ALPPL2 (A), and recombinant LPP1 and LPP3 (B). Dephosphorylation activity was normalized by each no inhibitor control. The data are shown as the means of duplicates with error bars to the minimum and maximum values (n = 2).

Levamisole

No inhibitor (control)0.1 mM1 mM

Levamisole

0

20

40

60

80

100

120

LPP1 LPP3

0

20

40

60

80

100

120

ALPL ALPI ALPP ALPPL

No inhibitor (control)1 mM

Dep

hosp

hory

lati

on a

ctiv

ity

(%

of

no in

hibi

tor)

Dep

hosp

hory

lati

on a

ctiv

ity

(%

of

no in

hibi

tor)

Supplemental Figure 3

Supplemental figure 3. Effect of the ALPL specific inhibitor on human kidney extracts

The ALPL specific inhibitor, levamisole, was tested for CS-0777-P phosphatase activity in human kidney homogenates of five human specimens. Dephosphorylation activity was normalized by each no inhibitor control. The data are shown as the means of duplicates with error bars to the minimum and maximum values (n = 2).

0

20

40

60

80

100

120

#1 #2 #3 #4 #5

Levamisole

Dep

hosp

hory

lati

on a

ctiv

ity

(%

of

no in

hibi

tor)

0 mM 0.1 mM 1 mM 5 mM

Human specimen number

ALPLALPI

ALPP

ALPPLLPP1

LPP3

Kidney

extra

ct0

20

40

60

80

100

120

Recombinant protein lysates or human kidney extract

Dep

hosp

hory

latio

n ac

tivity

(% o

f C

S-0

777-

P p

hosp

hata

se

activ

ity         i

mm

unod

eple

ted

by

norm

al m

ouse

IgG

)

Supplemental Figure 4

Supplemental figure 4. Immunodepletion using anti-ALPL antibody on recombinant lysates of ALP isozymes, LPP1 and LPP3

Recombinant lysates were immunodepleted with an anti-human ALPL antibody or normal mouse IgG, and tested for CS-0777-P phosphatase activity. The activity was normalized by the activity of each recombinants immunodepleted with normal mouse IgG. The data are shown as the average of duplicates with error bars to the minimum and maximum values (n = 2).

Normal mouse IgGAnti-human ALPL antibody

Series10

20

40

60

80

100

120

Supplemental Figure 5

Supplemental figure 5. Effect of the ALPL specific inhibitor on human tissues homogenate or S9 fraction

The ALPL specific inhibitor, levamisole, was tested for CS-0777-P phosphatase activity in human tissues (kidney homogenate, liver homogenate, lung S9 fraction, and small intestine S9 fraction). Dephosphorylation activity was normalized by each no inhibitor control. The data are shown as the means of duplicates with error bars to the minimum and maximum values (n = 2).

Dep

hosp

hory

lati

on a

ctiv

ity

(%

of

no in

hibi

tor)

Kidneyhomogenate

Liverhomogenate

LungS9

Levamisole

0 mM 5 mM

Supplemental Figure 6

Supplemental figure 6. SDS-PAGE of the fractions of human kidney extract separated with gel filtration chromatography after separation with two kinds of anion exchange chromatography

Fraction numbers 12 and 13 had the enzyme activity. We were not able to observe the band of the correlation with the enzyme activity, as there were too many other species on the band on the SDS-PAGE gel that correlated with the enzyme activity.

Input Fr.9 Fr.10 Fr.11 Fr.12 Fr.14Fr.13 Fr.15 Fr.16 Fr.17 Fr.18

5-20% gel

250

150

100

75

50

37

25

20

15

10

kDa

Sample:2x SDS sample buffer=1:1Input 5 uLLoad to 20 L of each fractionsFlamingo stain

Supplemental Figure 7

A

B

ALPL amount

r =0.9641

CS-0777-P phosphatase activity

Supplemental figure 7. Correlation between CS-0777-P phosphatase activity and mass spectrometry-based quantification of ALPL in fractions from anion exchange chromatography(A) The CS-0777-P phosphatase activity and ALPL amount for each fraction from anion exchange chromatography. The correlation coefficient between these was 0.9641. CS-0777-P phosphatase activity and the ALPL amount are indicated by a solid line and a dashed line, respectively. (B) Top 25 proteins demonstrating high correlation coefficient between CS-0777-P phosphatase activity and mass spectrometry-based quantitation among the identified proteins. ALPL ranked 6 th place.

20 21 22 23 24 25 260.0

0.5

1.0

1.5 ALPL

Fraction number

Nor

mal

ized

act

ivit

y or

sp

ectr

um in

tens

ity

Rank Gene symbolCorrrationr

coefficient (r )

1 UGT2B7-2 0.98972 VAPB 0.98493 FAM151A 0.97674 RPS5 0.97175 RAB11B 0.96436 ALPL 0.96417 VAMP3 0.95948 SLC22A8 0.95119 HSD17B12 0.930210 GNS 0.926711 ATP6V1F 0.924812 APOO 0.924713 SCAMP1 0.915314 SDHD 0.906415 RDH11 0.906016 TMEM126A 0.902017 FOLR2 0.898418 CCDC90B 0.894319 DYNLL1 0.891020 RPS3A 0.887521 ECHS1 0.885122 PGK1 0.879323 HBG1 0.878624 UGT2B15 0.864225 NPC2 0.8599