TDS removal percentage in EDR at different voltages. od Hossein Ataei Far (13360212)

Comparison of the dust concentration changes and dust removal rates at different times under three dust removal methods. od Deji Jing (11021595)

Teme:

Loss of NAP1 compromises cohesin removal from mitotic chromosome arms. od Yuri M. Moshkin (368649)

Removal of systematic contributions. od Michael Hirsch (285591)

The percentage of cation and anion removal in EDR at different voltages. od Hossein Ataei Far (13360212)

The TDS removal percentage of the EDR at different feed temperatures. od Hossein Ataei Far (13360212)

Clinical trial protocol for titration, weaning and removal of CPAP. od Tanveer Bashir (6281873)

Removals linked to shaft contact or barb collision. od Noora Taipale (11949765)

Impact damage (lateral removals) on Level 3 artefacts. od Noora Taipale (11949765)

PAT distribution after removal of the outliers. od Thierry Habyarimana (17283254)

The R217 epitope overlaps with glycan binding residues and the proposed dimer interface, while the R218 epitope is far removed from these regions. od Edwin Chen (415216)

“…(C) The R217 epitope overlaps with proposed dimer interface residues while the R218 epitope is far removed from the proposed dimer interface. Proposed dimer interface residues are in blue, proposed dimer interface residues that overlap with the R217 epitope are in purple, the R217 epitope is in red, the R218 epitope is in green and RII is in grey.…”

Smc5/6 promotes segregation of intertwined chromatids without perturbing cohesin removal. od Kristian Jeppsson (645739)

Restoration of normal phenotype by removing of the Neo-cassette. od Cristina Martins-Silva (227814)

CPDs were selectively removed from viral DNA. od John M. O'Dowd (296914)

“…Overlays show selective removal of CPDs from viral DNA over time. Far right panels illustrate how the regions were mapped for analysis in 5C and D. …”

Restoration of Top2 function after replication removes Smc5/6 from chromosomes. od Kristian Jeppsson (645739)

Change in the exhaled dust concentration measured for each of the three dust removal methods. od Deji Jing (11021595)

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Change in the total dust concentration measured for each of the three dust removal methods. od Deji Jing (11021595)

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Contaminant Removal from Nature’s Self-Cleaning Surfaces od Sreehari Perumanath (15426116)

“…Counterintuitively, our analysis shows that an upper limit for the radius of the droplet exists to remove contaminants of a particular size. We are now able to predict when and how particles of varying scale (from nano-to-micrometer) and adhesive strengths are removed from superhydrophobic surfaces.…”

Diatom Microbubbler for Active Biofilm Removal in Confined Spaces od Yongbeom Seo (1512673)

“…Bacterial biofilms form on and within many living tissues, medical devices, and engineered materials, threatening human health and sustainability. Removing biofilms remains a grand challenge despite tremendous efforts made so far, particularly when they are formed in confined spaces. …”

The statistical analysis of the trend of TDS removal from the brine at different temperatures and voltages (the second and the third scenarios). od Hossein Ataei Far (13360212)