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Alchemical free-energy perturbation (FEP) is an accurate and thermodynamically stringent way to estimate relative energies for the binding of small ligands to biological macromolecules. It has repeatedly been pointed out that a single simulation normally stays near the starting point in phase space and therefore underestimates the uncertainty of the results. Therefore, it is better to run an ensem
Nedslag i historien kring Lunds universitets konsistorium/styrelse och dess protokoll.
BACKGROUND: The objective of this study was to evaluate anaesthesia care professionals' perceptions and attitudes regarding the implementation and advancement of digital solutions in perioperative care.METHODS: Anaesthesia personnel working in public Swedish institutions where anaesthesia is administered were invited to respond to an online survey regarding their attitudes towards digitalization i
AimTimeline of atherosclerosis in children with type 1 diabetes is unknown. We aimed to investigate if familial risk of type 1 diabetes is associated with pro-atherosclerotic changes.MethodsYoung first-degree relatives to patients with paediatric type 1 diabetes and sex and age matching controls were enrolled at Skåne University Hospital, Sweden between 2006 and 2015. Conventional lipids, human le
Theoretically there are good reasons to expect social mobility to have an effect on fertility. The problem is how to assess such an effect empirically, as social mobility is a function of both social origin and destination. This paper presents the Diagonal Reference Model (DRM) as a valuable historical method to study social mobility consequences. We use Swedish individual-level longitudinal data
Distributed massive multiple-input multiple-output (MIMO) communication is envisioned as one of the key paradigms of future MIMO systems. To investigate non-wide-sense stationarities (non-WSSs) in distributed massive MIMO channels, this paper first presents an indoor channel measurement campaign, where distributed arrays with a total of 128 elements were implemented. Then relying on the correlatio
In two late Mesolithic cemeteries, dated to about 5000 BCE, at Skateholm, Scania in Sweden, some graves were found that contained clothing decorations, mainly in the form of tooth beads but also other animal parts that were used as embellishments. These are perforated front teeth, mostly from red deer but also wild boar and in rare occasions from elk and aurochs. The tooth beads were in female graIn two late Mesolithic cemeteries, dated to about 5000 bce, at Skateholm, Scania in Sweden, some graves were found that contained clothing decorations, mainly in the form of tooth beads but also other animal parts that were used as embellishments. These are perforated front teeth, mostly from red deer but also wild boar and on rare occasions from elk and aurochs. The tooth beads in female graves w
When investigating a settlement dated to the late Mesolithic,c.5500 cal BC, at Strandvägen in south-central Sweden, an extensive assemblageof implements made of bone and antler was found. Among these finds was a richlydecorated antler piece, likely part of an antler axe. Originally it was equippedwith shallow ornamentation that was later removed and replaced by a seconddeeper motif of longitudinal
In this article, we discuss operationalizations and examples of experimental design in eye-tracking research. First, we distinguish direct operationalization for entities like saccades, which are closely aligned with their original concepts, and indirect operationalization for concepts not directly measurable, such as attention or mind-wandering. The latter relies on selecting a measurable proxy.
Type 2 diabetes (T2D) is a polygenic disease, and the development of animal models by selective breeding is crucial for understanding its etiology, pathophysiology, complications, and treatments. We recently developed a new T2D model, the Oikawa-Nagao (ON) mouse, by selectively breeding mice with inferior glucose tolerance [diabetes-prone (ON mouse DP®; ON-DP) strain] and superior glucose toleranc
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This article provides a comprehensive overview of digital technologies for water use and management in agriculture, examining recent applications and future prospects. It examines key water-related challenges - scarcity, pollution, inefficient use and climate change - and shows how various digital technologies such as Remote Sensing, Artificial Intelligence, the Internet of Things, Big Data, Robot
