Effects of nano-curcumin on cell cycle and apoptosis in breast cancer cells. by Taraneh Givi (22793530)

Direct Observation of a Photochemical Alkyne–Allene Reaction and of a Twisted and Rehybridized Intramolecular Charge-Transfer State in a Donor–Acceptor Dyad by Bogdan Dereka (1656529)

“…The alkyne–allene isomerization involves not only a torsional motion but also a bending of the molecule due to the sp to sp² rehybridization of one of the alkyne carbon atoms. This twisted and rehybridized intramolecular charge transfer (“TRICT”) state decays back to the planar and linear alkyne ground state on a time scale decreasing from a few hundred to ten picoseconds upon going from weakly to highly polar solvents. …”

Effects of nano-curcumin on cell migration. by Taraneh Givi (22793530)

Result of whole-mount <i>in situ</i> hybridization at 48 hpf. by Yali Ge (417371)

(A, B) Western blot analysis of lysates from the two clones with the TrkB-BAC minigene (77−5 and 77−6) before and after deglycosylation and probed with an antibody recognizing TrkB... by Francesco Tomassoni-Ardori (22216521)

Parallel testing of (a) cell vitality with MTT- and (b) membrane disruption with the LDH-assay at different time points (2 min, 15 min, 30 min, 2 h, 4 h, 24 h) and concentrations (... by Lars Steinstraesser (20161)

“…<p>The membrane integrity of the cells after incubation with [D]-K₃H₃L₉ at the LD₅₀ in 2 and 4 multiples showed a parabolic curve progression with over hundred percent LDH release after 24 h. …”

The impact of nano-curcumin on cell viability and proliferation in breast cancer cells. by Taraneh Givi (22793530)

A: MET+5-FU treatment significantly increased the percentage of annexin V+ apoptotic cells as compared with 5-FU alone treatment (Early apoptosis rate: 3.50 ± 0.44 % vs 2.33 ± 0.38... by Yanfei Zhang (488656)

Effect of NaCl on the oligomeric mass/size of <i>M</i>. <i>leprae</i> HSP18. by Sandip Kumar Nandi (713237)

Effects of different concentrations of propofol on the survival rate of zebrafish embryos and larvae. by Yali Ge (417371)

Initial placements distributions, conditional on field. by Sergey V. Popov (6719075)

Schematic of fixture. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Experimentation plan. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Experimental details. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Dimensions of FSW Tool. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Fabricated Fixture with labelled view. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Dog-bone specimens after tensile testing. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Dog-bone specimens before tensile testing. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Experimental run of FSW on CNC milling machine. by Shaheer Ahmed Khan (17797647)

“…The tensile strength of ABS polymer decreases as the traverse speed increases from 10 mm/min to 50 mm/min at both rotational speeds of 800 and 1200 rpm. …”

Diffuse reflectance versus radial distance per solid angle. by Chizhu Ding (813943)