Internacionalizacija poslovanja poduzeća

Domaća tržišta u većini su slučajeva premalena za ekspanziju, odnosno za rast profitabilnosti te se poduzeća okreću stranim tržištima. Proces internacionalizacije nije jednostavan i često je otežan zbog mnogobrojnih različitosti. Proces internacionalizacije poslovanja poduzeća iznimno je bitan korak u razvoju istog te je u tom slučaju potrebno napraviti detaljnu analizu potencijalnih zemalja. Cilj ovog rada je objasniti proces internacionalizacije poduzeća, odnosno ulazak na strana tržišta

Internacionalizacija poslovanja poduzeća

Domaća tržišta u većini su slučajeva premalena za ekspanziju, odnosno za rast profitabilnosti te se poduzeća okreću stranim tržištima. Proces internacionalizacije nije jednostavan i često je otežan zbog mnogobrojnih različitosti. Proces internacionalizacije poslovanja poduzeća iznimno je bitan korak u razvoju istog te je u tom slučaju potrebno napraviti detaljnu analizu potencijalnih zemalja. Cilj ovog rada je objasniti proces internacionalizacije poduzeća, odnosno ulazak na strana tržišta

Somatic embryogenesis as a tool for virus elimination in Croatian indigenous grapevine cultivars

Most Croatian indigenous grapevine cultivars and vineyards are infected with a few dominant viruses. The goal of this study was to establish somatic embryogenesis as an efficient method for virus elimination from valuable Croatian cultivars and creating a reliable source of healthy plants. Somatic embryogenesis was induced from immature anthers and somatic embryogenesis-derived plantlets for seven indigenous cultivars were successfully regenerated. This procedure led to the elimination of viruses GFLV, GLRaV-1, GLRaV-3 and GFkV that were initially detected in the field-grown cultivars ‘Plavac mali’ and ‘Babica’ with an elimination success of at least 30%. The described method has the potential for production of virus-free rooted plantlets for all economically important cultivars or superior cultivar clones and for the establishment of a steady source of certified virus-free planting material

Analiza tržišta kozmetičkih proizvoda u Hrvatskoj

Kozmetička industrija predstavlja vrlo bitnu industrijsku granu. Upotreba proizvoda za osobnu higijenu, parfema i kozmetičkih proizvoda seže u daleku prošlost. Tehnološki napredak i stalne inovacije glavna su obilježja moderne kozmetičke industrije. Industrijski lideri stalno rade na novim proizvodima ili na poboljšanju postojećih. Ono što najviše karakterizira kozmetičku industriju su neprestana ulaganja u inovacije. Putem ankete će se ispitati stanje na tržištu kozmetičkih proizvoda. U Hrvatskoj je Beiersdorf jedan od lidera po pitanju prodaje kozmetičkih proizvoda. Drogerie markt drogerije (DM), odnosno privatne robne marke kompanije ozbiljno konkuriraju Beiersdorfu

Elided Clausal Conjunction Is Not the Only Source of Closest‐Conjunct Agreement: A Picture‐Matching Study

A recurring hypothesis about the agreement phenomena generalized as closest‐conjunct agreement takes this pattern to result from reduced clausal conjunction, simply displaying the agreement of the verb with the nonconjoined subject of the clause whose content survives ellipsis (Aoun, Benmamoun & Sportiche 1994, 1999see also Wilder 1997). Closest‐conjunct agreement is the dominant agreement pattern in the South Slavic languages Slovenian and Bosnian/Croatian/Serbian. A natural question is whether closest‐conjunct agreement in these varieties may indeed be analyzed as entirely derived from conjunction reduction. In this article, we report on two experiments conducted to test this. The results reject the hypothesis as far as these languages are concerned, thereby upholding the relevance of models developed to account for closest‐conjunct agreement within theories of agreement

The MATH-BTB Protein TaMAB2 Accumulates in Ubiquitin-Containing Foci and Interacts With the Translation Initiation Machinery in Arabidopsis

MATH-BTB proteins are known to act as substrate-specific adaptors of CUL3-based E3 ligases in the ubiquitin proteasome pathway. Their BTB domain binds to CUL3 scaffold proteins and the less conserved MATH domain targets a highly diverse collection of substrate proteins to promote their ubiquitination and subsequent degradation. In plants, a significant expansion of the MATH-BTB family occurred in the grasses. Here, we report analysis of TaMAB2, a MATH-BTB protein transiently expressed at the onset of embryogenesis in wheat. Due to difficulties in studying its role in zygotes and early embryos, we have overexpressed TaMAB2 in Arabidopsis to generate gain-of-function mutants and to elucidate interaction partners and substrates. Overexpression plants showed severe growth defects as well as disorganization of microtubule bundles indicating that TaMAB2 interacts with substrates in Arabidopsis. In tobacco BY-2 cells, TaMAB2 showed a microtubule and ubiquitin-associated cytoplasmic localization pattern in form of foci. Its direct interaction with CUL3 suggests functions in targeting specific substrates for ubiquitin-dependent degradation. Although direct interactions with tubulin could not be confimed, tandem affinity purification of TaMAB2 interactors point towards cytoskeletal proteins including tubulin and actin as well as the translation initiation machinery. The idenification of various subunits of eucaryotic translation initiation factors eIF3 and eIF4 as TaMAB2 interactors indicate regulation of translation initiation as a major function during onset of embryogenesis in plants