UV/VIS data of CNT conjugates used cell ablation studies for Fig 5A and 5B.

Given is raw UV/VIS spectral data at 260 nm of CNT conjugate preparations used in our stability cell ablation studies. Shown are also graphs representing percent ratio vs. CNT-PEG-EDC UV/VIS concentration for the corresponding day, of each conjugate preparation, over the time course of the assay, with 1.0 OD (260nm) of CNT being approximately 15 ng/μL. For this experiment and all subsequent cell ablation experiments, a minimum of three separate conjugate CNT particles were prepared, and with concentration determined by UV/VIS spectra at 260nm. Similar data was obtained for all experiments illustrated (data not shown). All conjugate particle concentrations were normalized to the CNT PEG-EDC starting material, prior to performing cell ablation experiments.
(XLSX)

本数据集提供了本研究中稳定性细胞消融实验所用碳纳米管（CNT，Carbon Nanotube）共轭制剂在260 nm波长下的原始紫外-可见（UV/VIS）光谱数据。同时展示了各共轭制剂在整个实验时间进程中，对应检测日期下的百分比比值与CNT-PEG-EDC紫外-可见光谱浓度的关系图表；其中260 nm波长下光密度（Optical Density，OD）为1.0的碳纳米管浓度约为15 ng/μL。在本次实验及后续所有细胞消融实验中，我们至少制备了三份独立的碳纳米管共轭颗粒，并通过260 nm波长下的紫外-可见光谱测定其浓度。所有展示实验均得到了相似的数据（相关数据未予展示）。在开展细胞消融实验前，所有共轭颗粒的浓度均以CNT-PEG-EDC起始原料为基准完成归一化处理。(XLSX)