Visualization 1 includes four parts. Part I presents the speckle evolution of both monochromatic and polychromatic speckles under the illumination bandwidth ranging from λ = 500 nm to λ = 764 nm. Part II shows the speckle autocorrelation changes with the illumination wavelength and the corresponding PBR function versus illumination spectral width. Part III provides the extended data of Fig. 17. In Part IV, we show a dynamic phase retrieval process of an object ’optics’...

Visualization 1 includes four parts. Part I presents the speckle evolution of both monochromatic and polychromatic speckles under the illumination bandwidth ranging from λ = 500 nm to λ = 764 nm. Part II shows the speckle autocorrelation changes with the illumination wavelength and the corresponding PBR function versus illumination spectral width. Part III provides the extended data of Fig. 17. In Part IV, we show a dynamic phase retrieval process of an object ’optics’...

Supplemental materials

Video of non-DoT system simulation of scene 1 in 45 degree.

Animation of phase distribution evolutions of the x-polarized component along the x-axis and that of the y-polarized component along the y-axis in radially polarized two dimensional STOV.

Animation of the spatial polarization evolution of the focused wavepacket corresponding to the preconditioned radially polarized incident wavepacket.

Animation of phase distribution evolutions of the x-polarized component along the x-axis and that of the y-polarized component along the y-axis in radially polarized two dimensional STOV.

laser irradiation of the CLG-SiO2 sample with wavelength of 532 nm and laser power of 60 mW at normal pressure

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 68 mW at the air pressure of 5 Pa

Endoscopic ultrasound (EUS)-guided natural orifice transluminal gallbladder polypectomy provides a minimally invasive alternative to cholecystectomy. The study aimed to investigate the feasibility and safety of protocol for gallbladder endoscopic mucosal resection (gEMR) under EUS guidance using a porcine model. Fifteen Bama mini pigs were randomly divided into the control (CG, n = 3) and experimental (EG, n = 12) groups. EUS-guided fine needle aspiration was performed in the CG and used to establish a gallbladder...

Additional file 1: Supplementary Fig. 1. A circular genomic map displays the distribution of all KRAB-ZFP genes across the human genome. The width of each pink bar positively correlates to the number of KRAB-ZFP genes in a cluster.

Additional file 5 Supplementary Fig. 5. Screening efficient sgRNAs for knocking out KRAB-Zfp cluster(s) by CRISPR-Cas9. (A) The sequences and detailed information of the 11 linker-targeting sgRNAs constructed in the reporter plasmid in Fig. 4A. There are two “NGG” sites within the linker regions and they were used as PAM sites for the two sets of sgRNAs. The nucleotides identical across the whole set of sgRNA targets are labeled in black and the variable nucleotides...

Additional file 8 Supplementary Fig. 8. Analyses of KRAB-Zfp related Satellite DNA cluster identified in the Kauzlaric’s paper [32]. (A) Comparison of the cluster distribution of our work and the Kauzlaric’s paper. The clusters defined by both studies are pointed with red arrows; the clusters only defined by our work are pointed with blue arrows; and the clusters only defined by the Kauzlaric’s paper are pointed with green arrows, mainly including the KRAB-Zfp related Satellite...

Additional file 6. KEGG and GO enrichment analysis of 452 differential proteins in our dataset.

Additional file 3. The Gaussian fitting curve of log2 ratio of the intensities of two replicates of 20/0 (A), 80/0 (B) and 160/0 (C). The red and blue curves represent the experimental and Gaussian fitting curve, respectively.

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 68 mW at the air pressure of 5 Pa

(Fig. 7) A movie of the 3D scene is also attached as enclosure to show the changes in the displayed 3D scene depending on the continuously adjusted camera focus.

Supplemental material, sj-pptx-1-tag-10.1177_17562848221124029 for ‘FLARE’ of tumor marker in advanced gastric cancer treated with first-line systemic therapy by Fangyuan Zhang, Menglan Zhai, Jinru Yang, Lei Zhao, Zhenyu Lin, Jing Wang, Tao Zhang and Dandan Yu in Therapeutic Advances in Gastroenterology

Supplemental material, sj-pptx-2-tag-10.1177_17562848221124029 for ‘FLARE’ of tumor marker in advanced gastric cancer treated with first-line systemic therapy by Fangyuan Zhang, Menglan Zhai, Jinru Yang, Lei Zhao, Zhenyu Lin, Jing Wang, Tao Zhang and Dandan Yu in Therapeutic Advances in Gastroenterology

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 85 mW at the air pressure of 5 Pa

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 360 nm and laser power of 13 mW at the air pressure of 5 Pa

laser irradiation of the CLG-SiO2 sample with wavelength of 532 nm and laser power of 60 mW at normal pressure

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 17 mW at the air pressure of 5 Pa

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 34 mW at the air pressure of 5 Pa

macroscopic laser pulling of the CLG-SiO2 sample with wavelength of 488 nm and laser power of 51 mW at the air pressure of 5 Pa