SERS_50xObj_785nm_1prc_1s_60acc_map_0__X_51351__Y_-5938.54__ElapsedTime_0

Am0NgG

None

SERS_50xObj_785nm_1prc_1s_60acc_map_1__X_51351__Y_-5930.54__ElapsedTime_73

n1JZVF

None

SERS_50xObj_785nm_1prc_1s_60acc_map_2__X_51351__Y_-5922.54__ElapsedTime_145

Eg8Szq

None

SERS_50xObj_785nm_1prc_1s_60acc_map_3__X_51351__Y_-5914.54__ElapsedTime_218

97FsK8

None

SERS_50xObj_785nm_1prc_1s_60acc_map_4__X_51351__Y_-5906.54__ElapsedTime_291

NcoLQo

None

SERS_50xObj_785nm_1prc_1s_60acc_map_5__X_51351__Y_-5898.54__ElapsedTime_363

7l7BpI

None

SERS_50xObj_785nm_1prc_1s_60acc_map_6__X_51351__Y_-5890.54__ElapsedTime_436

0eOCrv

None

SERS_50xObj_785nm_1prc_1s_60acc_map_7__X_51351__Y_-5882.54__ElapsedTime_509

VD6ygB

None

SERS_50xObj_785nm_1prc_1s_60acc_map_8__X_51351__Y_-5874.54__ElapsedTime_581

jogL7c

None

SERS_50xObj_785nm_1prc_1s_60acc_map_9__X_51351__Y_-5866.54__ElapsedTime_654

lSlhJD

None

SERS_50xObj_785nm_1prc_1s_60acc_map_10__X_51351__Y_-5858.54__ElapsedTime_727

mht65I

None

SERS_50xObj_785nm_1prc_1s_60acc_map_11__X_51351__Y_-5850.54__ElapsedTime_799

279KIx

None

SERS_50xObj_785nm_1prc_1s_60acc_map_12__X_51351__Y_-5842.54__ElapsedTime_872

M8imCk

None

SERS_50xObj_785nm_1prc_1s_60acc_map_13__X_51351__Y_-5834.54__ElapsedTime_944

a2N0xo

None

P68_50xObj_532nm_100prc_1s_60acc_map_0__X_44953.8__Y_-8604.14__ElapsedTime_0

V8koYO

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_1__X_44953.8__Y_-8596.14__ElapsedTime_73

f3A6Oa

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_2__X_44953.8__Y_-8588.14__ElapsedTime_146

Ksv1Gw

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_3__X_44953.8__Y_-8580.14__ElapsedTime_218

RKCuW5

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_4__X_44953.8__Y_-8572.14__ElapsedTime_291

7T9VmG

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_5__X_44953.8__Y_-8564.14__ElapsedTime_364

RoiKXJ

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_6__X_44953.8__Y_-8556.14__ElapsedTime_437

Esuero

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_7__X_44953.8__Y_-8548.14__ElapsedTime_510

uPA83B

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_8__X_44953.8__Y_-8540.14__ElapsedTime_583

soilrW

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_9__X_44953.8__Y_-8532.14__ElapsedTime_655

tWT6tN

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_10__X_44953.8__Y_-8524.14__ElapsedTime_728

uk4s74

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_11__X_44953.8__Y_-8516.14__ElapsedTime_801

1jkJJO

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_532nm_100prc_1s_60acc_map_12__X_44953.8__Y_-8508.14__ElapsedTime_874

21Yqff

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_0__X_44288.9__Y_-8770.14__ElapsedTime_0

BCtKv4

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_1__X_44288.9__Y_-8762.14__ElapsedTime_72

KGnodo

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_2__X_44288.9__Y_-8754.14__ElapsedTime_145

PqGdcs

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_3__X_44288.9__Y_-8746.14__ElapsedTime_217

BhMT75

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_4__X_44288.9__Y_-8738.14__ElapsedTime_290

XNrg6k

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_5__X_44288.9__Y_-8730.14__ElapsedTime_363

ywBzeA

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_6__X_44288.9__Y_-8722.14__ElapsedTime_435

lEnLOz

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_7__X_44288.9__Y_-8714.14__ElapsedTime_508

4APodt

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_8__X_44288.9__Y_-8706.14__ElapsedTime_580

TzeOH5

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_9__X_44288.9__Y_-8698.14__ElapsedTime_653

kevI3D

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_10__X_44288.9__Y_-8690.14__ElapsedTime_726

lgUZwQ

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map_11__X_44288.9__Y_-8682.14__ElapsedTime_798

dC0nM9

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_0__X_44953.8__Y_-8604.14__ElapsedTime_0

nvQ80P

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_1__X_44953.8__Y_-8596.14__ElapsedTime_73

ZRDVVK

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_2__X_44953.8__Y_-8588.14__ElapsedTime_146

0oQKe5

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_3__X_44953.8__Y_-8580.14__ElapsedTime_218

4Pq7WA

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_4__X_44953.8__Y_-8572.14__ElapsedTime_291

DgSsiR

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_5__X_44953.8__Y_-8564.14__ElapsedTime_364

5tisfK

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_6__X_44953.8__Y_-8556.14__ElapsedTime_437

rSjCTm

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_7__X_44953.8__Y_-8548.14__ElapsedTime_509

2kvZga

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_8__X_44953.8__Y_-8540.14__ElapsedTime_582

8MhcCi

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_9__X_44953.8__Y_-8532.14__ElapsedTime_655

jNCV9Y

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_10__X_44953.8__Y_-8524.14__ElapsedTime_727

2J9Go0

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_11__X_44953.8__Y_-8516.14__ElapsedTime_800

PF0JAW

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

P68_50xObj_785nm_100prc_1s_60acc_map2_12__X_44953.8__Y_-8508.14__ElapsedTime_873

3DeToP

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_9acc_1300ctr_CaF_1_noTweez_GlassOil

o2HCxr

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_2

tyleCD

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_3

kNjUTU

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_4_-5um

UpJ1m8

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_5_-10um

9Hn372

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_6_-15um

7LxTIw

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_7_-20um

WhAl44

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).

100xObj_532nm_100prc_2s_90acc_1300ctr_CaF_8_noTweez

SxDHhE

Pilát, Z. et al., (2020), Anal. Chem., 92(18)

The spectrum was centered at 1200cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).