Sediments continuously record variations of the Earth's magnetic field and thus provide an important archive for studying the geodynamo. The recording process occurs as magnetic grains partially align with the geomagnetic field during and after sediment deposition, generating a depositional remanent magnetization (DRM) or post-DRM (PDRM). (P)DRM acquisition mechanisms have been investigated for...

Digital Rights Management (DRM) systems’ interoperability is becoming one of the main obstacles for their wider adoption, especially from medium and small size users. Interoperability issues affect, among others, the management of content usage rules by third parties (authorities) and the automation of licensing procedures upon the purchase of digital content. The fundamental question of who is...

The dynamic structure of detergent-resistant membranes (DRMs) isolated from RBL-2H3 cells was characterized using two different acyl chain spin-labeled phospholipids (5PC and 16PC), a headgroup labeled sphingomyelin (SM) analog (SD-Tempo) and a spin-labeled cholestane (CSL). It was shown, by comparison to dispersions of SM, dipalmitoylphosphatidylcholine (DPPC), and DPPC/cholesterol of molar ra...

Dry reforming of methane (DRM) which also known as CO2 is a well-investigated reaction to serve an alternative technique attenuate the abundance greenhouse gases (CO 2 and CH 4 ). The syngas yielded main component for liquid fuels chemicals production in parallel with fluctuating price oil. Major researches were executed seek well-suited catalysts before commercialization DRM can be realized. H...

In two experiments, we investigated whether re-exposure to previously studied items at test affects false recognition in the DRM paradigm. Furthermore, we examined whether exposure to the critical lure at test influences memory for subsequently presented study items. In Experiment 1, immediately following each studied DRM list, participants were given a recognition test. The tests were construc...

The creation of false memories within the Deese-Roediger-McDermott (DRM) paradigm has been shown to be sensitive to many factors such as task instructions, participant mood, or even presentation modality. However, do other simple perceptual differences also impact performance on the DRM and the creation of false memories? This study explores the potential impact of changes in perceptual disflue...

We present a new digital rights management (DRM) system for media portability using dynamic multimedia adaptation. For a user to share multimedia resources over home network, several DRM technologies based on the domain have been introduced. Domain-based approaches enable users to access contents on multiple devices within the same domain. However, most of current DRM systems were only designed...

Digital Rights Management (DRM) is a technology that provides content protection by enforcing the use of digital content according to granted rights. DRM can be privacy-invasive due to many reasons. The solution is not easy: there are economic and legitimate reasons for distributors and network operators to collect data about users and their activities, such as traffic modelling for infrastruct...

The desires for robust digital rights management (DRM) systems are not new to the commercial world. Indeed, industrial research, development and deployment of systems with DRM aspects (most notably crude copy-control schemes) have a long history. Yet to date the industry has not seen much commercial success from shipping these systems on top of platforms that support general-purpose computing. ...

Proper subcellular localization of focal adhesion kinase (FAK) is crucial for many cellular processes. It remains, however, unclear how FAK activity is regulated at subcellular compartments. To visualize the FAK activity at different membrane microdomains, we develop a fluorescence resonance energy transfer (FRET)-based FAK biosensor, and target it into or outside of detergent-resistant membran...