Diui Thome Aquinatis ... Commentarii in Soliloquia siue hymnos dauidicos ... / p[er] pulchrys typis elaborati et recognitio[n]e Ca[m]pestri ...

El pie de imp. tomado de colofón en A6r

La Tronà [ : semanari bilingüe festiu y lliterari.: Año II Número 15 - 5 enero 1913

Microfilm.. Valencia: BV, ca. 1990.

La Tronà [ : semanari bilingüe festiu y lliterari.: Año II Número 16 - 12 enero 1913

Microfilm.. Valencia: BV, ca. 1990.

La Tronà [ : semanari bilingüe festiu y lliterari.: Año II Número 17 - 19 enero 1913

Microfilm.. Valencia: BV, ca. 1990.

La Tronà [ : semanari bilingüe festiu y lliterari.: Año II Número 18 - 26 enero 1913

Microfilm.. Valencia: BV, ca. 1990.

La Tronà [ : semanari bilingüe festiu y lliterari.: Año II Número 19 - 2 febrero 1913

Microfilm.. Valencia: BV, ca. 1990.

Calcium/calmodulin-dependent kinase II and long-term potentiation enhance synaptic transmission by the same mechanism.

Ca(2+)-sensitive kinases are thought to play a role in long-term potentiation (LTP). To test the involvement of Ca2+/calmodulin-dependent kinase II (CaM-K II), truncated, constitutively active form of this kinase was directly injected into CA1 hippocampal pyramidal cells. Inclusion of CaM-K II in the recording pipette resulted in a gradual increase in the size of excitatory postsynaptic currents (EPSCs). No change in evoked responses occurred when the pipette contained heat-inactivated kinase. The effects of CaM-K II mimicked several features of LTP in that it caused a decreased incidence of synaptic failures, an increase in the size of spontaneous EPSCs, and an increase in the amplitude of responses to iontophoretically applied alpha-amino-3-hydroxy-5-methyl-4-isoxazolepropionate. To determine whether the CaM-K II-induced enhancement and LTP share a common mechanism, occlusion experiments were carried out. The enhancing action of CaM-K II was greatly diminished by prior induction of LTP. In addition, following the increase in synaptic strength by CaM-K II, tetanic stimulation failed to evoke LTP. These findings indicate that CaM-K II alone is sufficient to augment synaptic strength and that this enhancement shares the same underlying mechanism as the enhancement observed with LTP.

Fragment of Father Ab--y's Will, [ca. 1739]

Goodspeed 1.

Father Abbey's Will Cambridge, Dec. 1731. Some time since..., [ca. 1780]

Goodspeed 5, Ford 615.

Father Abbey's Will, Cambridge, Dec. 1731. Some time since..., [ca. 1780]

Goodspeed 6.

Father Abbey's Will. To which is now added, a Letter of Courtship to his virtuous..., [ca. 1800]

Goodspeed 15.