Simulated deformation of the proposed OAM wearable antenna (A) 5°; (B) 10°; (C) 15°. por Shehab Khan Noor (21453074)

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Far field results at 3.5 GHz (A) measurement setup; (B) Simulated and Measured 2D polar form radiation pattern; (C) Simulated near field intensity distribution; (D) Simulated 3D ra... por Shehab Khan Noor (21453074)

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Conversion of angle in degree to radius. por Shehab Khan Noor (21453074)

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S₁₁ and Bandwidth of the proposed antenna (A) Simulated; (B) Measured. por Shehab Khan Noor (21453074)

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Surface current (A) Phase 0°; (B) Phase 90°; (C) Phase 180°; (D) Phase 270°. por Shehab Khan Noor (21453074)

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Effect of antenna bending on OAM waves characteristics. por Shehab Khan Noor (21453074)

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Comparison with some of the previous works. por Shehab Khan Noor (21453074)

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Properties of human tissue at 3.5 GHz. por Shehab Khan Noor (21453074)

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Implementation of airgap in the proposed antenna. por Shehab Khan Noor (21453074)

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Effect of airgap thickness (A) Mode purity; (B) Gain; (c) Bandwidth. por Shehab Khan Noor (21453074)

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Preservation of egg morphology after incubation with different fixatives and KOH concentrations. por Martha Charlotte Holtfreter (224442)

The hARD1 NLS mutant causes alterations in cell cycle. por Ji-Hyeon Park (554738)

“…*<i>p</i><0.05, **<i>P</i><0.01 <b>B</b>. Deletion of NLS from hARD1 increased the protein levels involved in the G2/M phase and decreased those involved in the G0/G1 phase. …”

NLS insertion into hARD1 rescues the impaired cell cycle. por Ji-Hyeon Park (554738)

“…The exogenous NLS restored the altered protein expression involved in cell cycle regulation of the NLS mutant. …”

Hard Surface Biocontrol in Hospitals Using Microbial-Based Cleaning Products por Alberta Vandini (635388)

“…Although many questions remain regarding the actual mechanisms involved, this study demonstrates that microbial cleaning is a more effective and sustainable alternative to chemical cleaning and non-specific disinfection in healthcare facilities.…”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”

On-Demand Maneuver of Millirobots with Reprogrammable Motility by a Hard-Magnetic Coating por Longfu Li (7971398)

“…Using this approach, we demonstrate on-demand maneuvering capability of reconfiguring locomotion involving crawling, overturning and rolling with a single millirobot. …”