Sporadic PDNIIDSNID27600M696552Caucasianabsent?
실험표 등 cs- 00201270NIIDSNID25202M605959Caucasianabsent?
NIIDSNID27132M666060Caucasianabsent?
NIIDSNID30150F767472Caucasianabsent?

Budget

¥$ARIBAARIBASAP
TakaCulture, MC1 functional assays, proteomics¥1,800,000 (one point eight million yen)$16,000 (sixteen thousand usd)Already transferred from NSTM-Shonan to PhReT
Radioligand binding assayRI (FIRST BATCH)¥1M ?(Tomimatsu)$2700 (줄서?못 찾겠다 함 (Tomimatsu 20220201)I have put $100,000 in the BoB
TNTecnos consignment<¥1M (Tomimatsu)Should be cheap (cf. Charles river $30,000 per cell)NAThe new (completed in Dec) study cost will appear in Jan. Culture ¥295,350 + binding assay ¥160,000
sPD fibroblast purchase¥ 241,070 (cf. Nankai: ¥ 30,859 책상에 둔거)$2,197.94 ($500 per cell):
$2,000 (cells) +
$197.94 (shipping
$2197.94PR745805
-8000550197 (PO겟지)
Items received Jul 2021.
¥ 241,070. This doesn't appear in SAP yet because payment in progress.
Another RI purchase¥1M정도라고 (Tomimatsu)환산하면 $23k - 31kInvoice:
-RI filter binding assay: ¥960,000,
-細胞培養業務: ¥1,712,200
합: ¥2,672,200 (=~$20,010)
Araki대신구매에정
Another TNTecnos consignmentthe expansion of remaining 10 fibroblasts may take 2-3 m, total cost should be 3-4 million JPY
(tbd) human brain ARG- Payment to Juntendo uni?
- (radioligand, TNT는 공동)
MC1 PET Study$400,000 (Paul McQuid budgeted)QTS has budgeted for FY2021 (?)

Sample preparation examples

ReferenceSampleFractionMethodPurposeWhole cell or mito-enriched
(Kazami, 2019 #1082) bovine heartBovine heart tissuecardiomyocyte SMP (sub-mitochondrial particles)6. Mito isolation: {Smith, 1967 #1240} beef heart, grinding → homogenizing, fractionation (centrifugation) →
7. SMP preparation: {Thierbach, 1981 #1242} further sonication → centrifugation
in vitro radioligand binding assayMito-enriched fraction
(Zilocchi, 2020 #901)Human fibroblastMito-enriched fraction(commercial kit사용, sucrose언급x) Cell Lysis → fractionation (spin) (→ validation by WB, assessing VDAC1, CS, histone H3)ProteomicsWhole cell pellet & mito-enriched fraction
(Basu, 1978 #1243) Paul McQuadeHuman fibroblastPlasma membraneCulture → subculture → harvest (lysis, scraping) → spin → homogenizer → spin.in vitro radioligand binding assay
(Von Ruecker, 1984 #1245)Human fibroblastSMP1. Mito isolation (우리가 만들 mito-enriched sample이 이거일까?): Harvest (trypsination) → sucrose → homogenizing, fractionation (centrifugation) →
2. SMP preparation: further sonication → centrifugation
Enzyme assay

Shipping

GoodsShipper (origin)Description of goodsDry iceDestination addressDestination Consignee
Part 126-1, Muraoka-Higashi 2-chome, Fujisawa, Kanagawa, 251-8555, Japan, Takeda Pharmaceutical Company Limited,Sebastian Sjoqvists
sebastian.sjoqvist@takeda.com
+81466321351
Part 29625 Towne Centre Dr, San Diego, CA, USA, 92121, Takeda, Neuroscience BiologyPaul Rolzin +1 619-930-8318 (office TCD.3800-P) paul.rolzin@takeda.com
Part 3Takeda Development Center Americas, Inc, 35 Landsdowne Street, Cambridge, MA 02139-4232, US
125 Binney Street 3.228/3.235 Cambridge MA Takeda 02142 USA
Chris Leonard Chris.leonard@takeda.com 6175518886 (Room 35-5052A)
Ashley Knight (office 125BS)

Sample preparation original plan

CultureMC1 enz assayproteomicsRadioligand binding study
4 control & 4 Parkin-PD84 control & 4 Parkin-PD84 control & 4 Parkin-PD84 control & 4 Parkin-PD8
N=33N=33N=33N=33
Culture중Glucose & Galactose2Glucose & Galactose2Glucose & Galactose2? Glucose & Galactose2
harvest이후Whole cell & mito-enriched2Whole cell1Whole cell2? Whole cell & mito-enriched2
Total964824

20210326: passage number 8-12

Sample shipping : frozen cell vs sample

Tbos에 뭘 보내나? 우측 셋 단계중 어디서 보내나?Frozen cell,Fibroblast 가능 {Von Ruecker, 1984 #1245}Tbos CultureMito isolation
mio-enriched fraction ('Sample')가능? 일단 harvest후엔 shipping 아마 안 되겠지. Tbos에서 frozen받아서 녹여 culture해야겠지.
아니, 내가 정인바이오에 sample을 보낸경험, 결국 Tbos가 결정해야 함.
SMP ('Sample')가능?

Update 20210423 (Taka)

MC1 activityNo difference in glucose/galactose/CCCP-condition
MC1-ATP coupling assayNo difference in glucose/galactose condition
Caspase3/7↑ trend
MitoTrackerGreen (mitos)/DRAQ5 (nuc)=
SYBR green ((mt)DNA)/MitoTrackerRed (mitos)
Seahorse assay= in glucose condition (No difference, rather higher maximum respiration

samples for mitophagy and mito-membrane potential assays and CellPainting were collected but not performed the assays (ICC, imaging, quantification etc)

Update 20210806 (Yoshirou)

probe: JRAM

homogenateLiving cellsCell lysate
Healthy (n=2, GM01650, GM03652)Healthy (n=2, GM01650, GM03652)
concentrationProtein10, 20, 50, 100, 200 ugNot measured, but expected to be far lower than those in homogenate study
cellTwo (1 × 10⁴ cell/mL, 2 × 10⁴ cell/mL)
3H-BCPP-EF1 nMFive (6.25, 12.5, 25, 50, 100 nM)
Rotenone block1 uM1 uM (too little?)
If block (cold probe)Not doneNot doneNot done, easier, but not favorable if we add detergent)
protocol Culture in a large flask → Get homogenate
Based on the calculation with assumption of efficiency in homogenize is 60%, 3*10^5 cells may provide 200 µg total protein.
FibroblastGeneticCORIELL IDPassageCell numberConc (ug/uL)Total (mg) (js: 아마 원래의 60%)
#3HealthyGM01650P11+57.56*10^67.7375265193.095010608
#4HealthyGM03652P11+52.15*10^710.379306874.151722746
Day1   Place the cells - 20,000 cells/100uL/well, over night incubation in CO2 incubator (37°C, 5%)
Day2   Wash the cell with PBS 200uL/well once → Add 50 MEM with 2×DMSO or 2×Blocking compound → Add 50 MEM with 2× 3H-BCPP-EF: This results in 1X DMSO/compound with 1X 3H-probe
  • Incubation in CO2 incubator (37°C, 5%) for 1 hour
  • Wash the cell twice with PBS 200uL/well
  • Add 50 µL Microscint PS and mix for 30 min
  • Read the count with Microβ2 - measure with 96 plate
Medium: MEM, NEAA, no glutamine (GIBCO, 10370-021) supplemented with 10% FBS (js: for 1h incubation, 24h culture medium도 이것이겠지?)
result interpretation the clear S/B in this condition, with clear protein concentration-dependency.
So the probe should work at least in homogenate
  • Ashley: counts are too low, At 200ug protein SB is ideal (i) the %displacement is >90% and ii) the %depletion <10%, which is ideal)
엄밀하게는 The free ligand concentration is depleted by binding. The reduction of the free ligand concentration as a direct result of receptor binding is called ligand depletion
-%depletion should be <10%, (이 말은 less than 10% of the ligand binds 이라는 말은 아님)
Ashley: counts are too low.
we prefer to see counts around 1000-1500 dpm; which is approx. around 500 cpm on the low end; this is preference based on the typical limits of the scintillation counter).

[bar chart: y-axis CPM 0-3000; x-axis Concentration (nM) 6.25, 12.5, 25, 50, 100; bars by group: Total binding (10K cells), Rotenone (10uM, 10K cells), Total binding (20K cells), Rotenone (10uM, 20K cells)]

(continues on next photo: “…→ 대략 the free concentration of ligand is approximately equal to the concentration you added. → This assumption vastly simplifies the analysis of binding experiments, and the standard analysis methods depend on this assumption. → ligand depletion 이 10% 이하인…“)

Uncertain Spans

locationtranscriptionuncertainty
Top SNP demographic table left-most labels (Sporadic PD / 실험표 등 cs- 00201270)“00201270” / sub-header labelTop edge of page is partially clipped; demographic-table sub-labels in Korean / numeric form transcribed as visible.
Budget row “Tomimatsu” notes “(Tomimatsu)“exact author tagSeveral budget cells contain a parenthetical “(Tomimatsu)”; transcribed from the visible glyphs.
ARIBA column “PO겟지""PO겟지”OCR shows “PO겟지” (i.e. “PO인 듯”); transcribed as seen.
Sample preparation original plan column count totals “96 / 48 / 24”matrix totalsFinal totals row appears partially clipped; “96” and “48” derived from displayed cells.
Update 20210806 protocol bar-chart legend wordingexact bar-group labelsBar chart legend uses small abbreviated labels (“Total binding (10K cells)”, etc.); transcribed from the most legible reading.
Update 20210806 result interpretation right-most “Cell lysate” column bodyempty / continuationRight-most “Cell lysate” column has only a “Not done, easier, but not favorable if we add detergent)” cell; remaining cells are blank in this capture.