Spectrum List
80a_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_4
3tola8
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
50xObj_785nm_0.1prc_1s_120acc_SERS_map3_10__X_27900.6__Y_-7529.18__ElapsedTime_1450
MekwjZ
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map3_11__X_27888.6__Y_-7529.18__ElapsedTime_1595
3NRIaB
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map3_12__X_27876.6__Y_-7529.18__ElapsedTime_1741
CcTnmT
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map3_13__X_27864.6__Y_-7529.18__ElapsedTime_1886
fW9qZZ
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map3_14__X_27852.6__Y_-7529.18__ElapsedTime_2031
jsL6Ih
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_0__X_25163.2__Y_-7348.78__ElapsedTime_0
Vy2Tpd
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_1__X_25173.2__Y_-7348.78__ElapsedTime_145
kLobPZ
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_2__X_25183.2__Y_-7348.78__ElapsedTime_290
PQuikE
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_3__X_25193.2__Y_-7348.78__ElapsedTime_435
U6OSVc
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_4__X_25203.2__Y_-7348.78__ElapsedTime_581
bhImlv
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_5__X_25213.2__Y_-7348.78__ElapsedTime_726
qGWJBQ
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_6__X_25223.2__Y_-7348.78__ElapsedTime_871
DO9ZEk
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_7__X_25233.2__Y_-7348.78__ElapsedTime_1016
oBu5Sw
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_8__X_25243.2__Y_-7348.78__ElapsedTime_1161
fbqk2F
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_9__X_25253.2__Y_-7348.78__ElapsedTime_1306
aa5TDL
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_10__X_25263.2__Y_-7348.78__ElapsedTime_1451
mqxdQV
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_11__X_25273.2__Y_-7348.78__ElapsedTime_1597
N8gHzZ
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_12__X_25283.2__Y_-7348.78__ElapsedTime_1742
TbdoXW
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_13__X_25293.2__Y_-7348.78__ElapsedTime_1887
JkWqmb
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_14__X_25303.2__Y_-7348.78__ElapsedTime_2032
XDk3GT
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_15__X_25313.2__Y_-7348.78__ElapsedTime_2177
SiimDT
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map1_16__X_25323.2__Y_-7348.78__ElapsedTime_2322
M1gKU7
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map2_0__X_27468__Y_-8204.98__ElapsedTime_0
hao6J5
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).
50xObj_785nm_0.1prc_1s_120acc_SERS_map2_1__X_27468__Y_-8212.98__ElapsedTime_145
ZnUbtx
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).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_45C_1
mV5Vht
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_45C_2
BmYJKc
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_45C_3
FK8Qx6
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_45C_4
fM2RFP
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_45C_5
KJsumU
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_50C_1
WsMmzJ
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_50C_2
DqTP6v
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_50C_3
8ECo6z
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_50C_4
C0T0gV
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_50C_5
cjwBIe
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_55C_1
Savvht
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_55C_2
7LummR
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_55C_3
395xBb
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_55C_4
esQGRJ
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_55C_5
Vij2wk
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_1
UqOYzj
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_2
2vrrWc
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_3
2PSMZ9
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_4
BuYeBI
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_60C_5
dSfXr4
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_65C_1
QRqOTg
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_65C_2
cyOx7n
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_65C_3
aB5WJA
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_65C_4
GuugPT
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_65C_5
5M6yi6
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_70C_1
6tclDK
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_70C_2
oxuFeq
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_70C_3
DVVGcn
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_70C_4
BHAkzb
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_70C_5
w2t7BC
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_75C_1
zIVFPj
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_75C_2
9tAi4N
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_75C_3
jCK4Rt
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_75C_4
hzsFuQ
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).
JK2_532nm_1300ctr_20xObj_100prc_1s_30acc_75C_5
T0mS6o
Pilát, Z. et al., (2020), Anal. Chem., 92(18)
The spectrum was centered at 1300cm-1. For more details, see publication "Analysis of Bacteriophage−Host Interaction by Raman Tweezers" (link in Reference URL).