Detailed quality control analysis of proteomics. by HongYu Wang (20868667)

“…These soluble microneedles exhibited excellent mechanical properties and biocompatibility while effectively releasing their contents <i>in vivo</i>. The microneedles significantly accelerated wound healing, leading to a marked increase in vascular proliferation and improved collagen deposition within a full thickness skin defect diabetic mouse model. …”

Primer used for RT-qPCR. by HongYu Wang (20868667)

“…These soluble microneedles exhibited excellent mechanical properties and biocompatibility while effectively releasing their contents <i>in vivo</i>. The microneedles significantly accelerated wound healing, leading to a marked increase in vascular proliferation and improved collagen deposition within a full thickness skin defect diabetic mouse model. …”

<i>P</i>. <i>lenticularis</i> cells recovery after phosphate addition. by Noy Shaked (20715071)

Changes in MMSE scores by age group. by Juneyoung Heo (20161057)

“…</p><p>Results</p><p>Among patients with K–L grade 4, the decrease in the Mini-Mental State Examination score in patients who underwent surgery was significantly lower than that in other patients who received conservative treatment only.…”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Breaking the Barrier: How Alkali Cations Promote Enhanced N₂ Adsorption and *NNH Formation by Deewan S. Teja (20938508)

“…Alkali metal cations and hydronium ions significantly modulate the reaction pathways and kinetics of the nitrogen reduction reaction (NRR) at the electrode–electrolyte interface, but it lacks atomic-level insights. …”

Minimal dataset. by James Natweta Baguma (14050298)

“…Generally, there is high exposure to bats among human communities in Bundibugyo district which increases the risk of zoonotic disease transmission at human-bat interface. …”

Beliefs towards bats among communities. by James Natweta Baguma (14050298)

“…Generally, there is high exposure to bats among human communities in Bundibugyo district which increases the risk of zoonotic disease transmission at human-bat interface. …”

Perceptions towards human-bat interaction. by James Natweta Baguma (14050298)

“…Generally, there is high exposure to bats among human communities in Bundibugyo district which increases the risk of zoonotic disease transmission at human-bat interface. …”

Discovery of Tamsulosin Derivatives with Shifted Selectivity from the α₁‑Adrenergic Receptor to ANO1 as Potent Antiosteoporotic Agents by Chaoquan Tian (21009122)

“…The potency of compound <b>10</b> against ANO1 was comparable to that of <b>Tam</b> (IC₅₀: 4.57 vs 7.22 μM), but its selectivity over α₁-AR was significantly improved. Compared with <b>Tam</b>, the potency of compound <b>10</b> against α_1A-, α_1B-, and α_1D-AR decreased by 118-fold, 642-fold, and 10,000-fold, respectively. …”

Discovery of Tamsulosin Derivatives with Shifted Selectivity from the α₁‑Adrenergic Receptor to ANO1 as Potent Antiosteoporotic Agents by Chaoquan Tian (21009122)

“…The potency of compound <b>10</b> against ANO1 was comparable to that of <b>Tam</b> (IC₅₀: 4.57 vs 7.22 μM), but its selectivity over α₁-AR was significantly improved. Compared with <b>Tam</b>, the potency of compound <b>10</b> against α_1A-, α_1B-, and α_1D-AR decreased by 118-fold, 642-fold, and 10,000-fold, respectively. …”

Discovery of Tamsulosin Derivatives with Shifted Selectivity from the α₁‑Adrenergic Receptor to ANO1 as Potent Antiosteoporotic Agents by Chaoquan Tian (21009122)

“…The potency of compound <b>10</b> against ANO1 was comparable to that of <b>Tam</b> (IC₅₀: 4.57 vs 7.22 μM), but its selectivity over α₁-AR was significantly improved. Compared with <b>Tam</b>, the potency of compound <b>10</b> against α_1A-, α_1B-, and α_1D-AR decreased by 118-fold, 642-fold, and 10,000-fold, respectively. …”

Results of MC simulations of VO and agonist infusion. by Johane H. Bracamonte (12883844)

“…Red indicates that more than 75% of simulations predicted an increase in the output, or that the majority of studies reported a significant increase. Blue indicates a decrease in >75% of simulations or the majority of experiments. …”

The results of ablation studies. by Hanzhi Cui (21453181)

“…The training objective combines Euclidean distance, KL divergence, and FIA-EPI losses to align feature-space similarities and edge details, enabling multi-level knowledge distillation. Experiments demonstrate significant improvements on our custom dataset containing farmland and waterbody scenarios. …”