Keter malkût : tzu zogin far kol nidre ; ez iz in zich kolel 3 wichṭige injonim wos zei fasin far dize heilige tzaiṭ ... in ivri ṭaiṭš ...

... Šelōmō Gabîrôl has-sefārādî

Pinkas : far der gešichṭe fun Wilne in di jorn fun milḥome un okupatzie

unṭer der algemeiner redaktzie fun Zalmen Reizen

Far klein un grois

Übers.: Für klein und groß

Gender Differences in Online Dating: What Do We Know So Far? A Systematic Literature Review

With millions of users worldwide, online dating platforms strive to assert themselves as powerful tools to find dates and form romantic relationships. However, significant differences exist in male and female use of this mate-matching technology with respect to motivation, preferences, self-presentation, interaction and outcomes. While existing research has routinely reported on gender differences in online dating, these insights remain scattered across multiple studies. To gain a systematic insight into existing findings, in this study we conduct a meta-review of existing research. We find that evolutionary theory generally holds true in online dating: Users still follow natural stereotypes when it comes to choosing a mate online. Physical attractiveness is the key criteria for men; while women, being much more demanding, prioritize socio-economic attributes when choosing a male partner. Together, our structured findings offer a deeper insight into the underlying dynamics of gender differences in online dating.

Junger hisṭoriker : šrifṭn fun seminar far jidišer gešichṭe ba der jidišer akademišer haim in Warše

[redaktzie kolegie: Rafael Mahler ... ]

Ms. hebr. oct. 109 - Rav ṭuv

Vorbesitzer: Eljāqīm Carmoly; Abraham Merzbacher

Poyln - a shekh.thoyz far men.tshn

Zisḳind Lieṿ

Der Yudenshṭaṭ : a farzukh far a moderner lezung fun der iden-froge

fun Ṭeodor Hertsl. Iberzetst fun Sh. Bernshṭayn

Bleter far geshikhte : tsaytshrift fun Jidishn Historishn Institut in Poyln

Zydowski Instytut Historyczny w Polsce ; Bd. 1

Bleter far geshikhte : tzeytshrift fun Jidishn Historishn Institut in Poyln

Zydowski Instytut Historyczny w Polsce ; Bd. 2

Amerika far Kolumbus : a kulturgeshichtliche nochforshung ...

fun Filip Krantz

MYB-FL controls gain and loss of floral UV absorbance, a key trait affecting pollinator preference and reproductive isolation

Adaptations to new pollinators involve multiple floral traits, each requiring coordinated changes in multiple genes. Despite this genetic complexity, shifts in pollination syndromes have happened frequently during angiosperm evolution. Here we study the genetic basis of floral UV absorbance, a key trait for attracting nocturnal pollinators. In Petunia, mutations in a single gene, MYB-FL, explain two transitions in UV absorbance. A gain of UV absorbance in the transition from bee to moth pollination was determined by a cis-regulatory mutation, whereas a frameshift mutation caused subsequent loss of UV absorbance during the transition from moth to hummingbird pollination. The functional differences in MYB-FL provide insight into the process of speciation and clarify phylogenetic relationships between nascent species.

Assembly, nuclear import and function of U7 snRNPs studied by microinjection of synthetic U7 RNA into Xenopus oocytes.

In Xenopus oocytes in vitro transcribed mouse U7 RNA is assembled into small nuclear ribonucleoproteins (snRNPs) that are functional in histone RNA 3' processing. If the special Sm binding site of U7 (AAUUUGUCUAG, U7 Sm WT) is converted into the canonical Sm sequence derived from the major snRNAs (AAUUUUUGGAG, U7 Sm OPT) the RNA assembles into a particle which accumulates more efficiently in the nucleus, but which is non-functional. U7 RNA with a heavily mutated Sm binding site (AACGCGUCAUG, U7 Sm MUT) is deficient in nuclear accumulation and function. By UV cross-linking U7 Sm WT RNA can be linked to three proteins, i.e. the common snRNP proteins G and B/B' and an apparently U7-specific protein of 40 kDa. As a result of altering the Sm binding site, U7 Sm OPT RNA cannot be cross-linked to the 40 kDa protein and no cross-links are obtained with U7 Sm MUT RNA. The fact that the Sm site also interacts with at least one U7-specific protein is so far unique to U7 RNA and may provide an explanation for the atypical sequence of this site. All described RNA-protein interactions, including that with the 40 kDa protein, already occur in the cytoplasm. An additional cytoplasmic photoadduct obtained with U7 Sm WT and U7 Sm OPT, but not U7 Sm MUT, RNAs is indicative of a protein of 60-80 kDa. The m7G cap structure of U7 Sm WT and U7 Sm OPT RNA becomes hypermethylated. However, the 3mG cap enhances, but is not required for, nuclear accumulation. Finally, U7 Sm WT RNA is functional in histone RNA processing even when bearing an ApppG cap.