Microstructure analysis of the emulsion systems

Microscopic data of emulsion systems with iron and vit. D. Data obtained from inverted microscope manufactured by Zeiss.Detailed information about the samples can be found here:https://doi.org/10.1515/rams-2022-0317Optical microscopy imaging:- ZEISS Axio Vert.A1 microscope (Zeiss, Shanghai, China), which is an inverted microscope equipped with an Axiocam 208 color camera (Zeiss, China).- Imaging was performed at different magnifications (objectives 20×, 40×, and oil 100×).- The tests were performed in µ-Slide VI 0.4 cuvette (ibidi GmbH, Gräfelfing, Germany) and kept for a couple of minutes to reduce droplet speed flow.- Obtained images were processed using ZEN3.1 blue edition software (Zeiss, Jena, Germany) and converted from .czi format into .jpegMain goal of the studies:The idea of the emulsion systems as an iron carrier for food supplements brings to develop new possibilities for iron supplementation. A lot of market available products showed that iron oil suspension might impact the right suplement dosage. Suspension of iron in the emulsion system in the concept should impact the right dosage of the suplement.Microscopic images showed high aggregation of solid iron particles.Data contains a ReadMe.txt file.

含铁与维生素D（vit. D）的乳液体系微观数据集。所获数据来自蔡司（Zeiss）生产的倒置显微镜。样本详细信息可参见：https://doi.org/10.1515/rams-2022-0317

光学显微镜成像细节：
- 采用蔡司Axio Vert.A1倒置显微镜（蔡司，中国上海），搭配Axiocam 208彩色相机（蔡司，中国）；
- 成像使用不同放大倍率（物镜20×、40×及油镜100×）；
- 实验使用µ-Slide VI 0.4型比色皿（ibidi GmbH，德国格雷费尔芬），并静置数分钟以降低液滴流速；
- 所得图像使用蔡司ZEN3.1蓝色版软件（蔡司，德国耶拿）处理，并从.czi格式转换为.jpeg格式。

本研究的核心目标：
将乳液体系作为食品补充剂的铁载体这一构想，为补铁途径开辟了全新的应用可能。当前多款市售产品显示，铁油悬浮液可能会影响补铁制剂的适宜剂量。本研究提出的乳液体系中铁悬浮方案，有望优化补铁制剂的适宜剂量。显微图像可见固态铁颗粒存在严重聚集现象。

本数据集包含ReadMe.txt文件。