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Popular Abstract in Swedish C1q, en delkomponent av C1 molekylen, och mannan-bindande protein (MBL) är igenkänningsmolekyler i komplementsystemet. De har likartad struktur. C1q binder till IgG och IgM och aktiverar den klassiska vägen. MBL binder till kolhydratstrukturer och aktiverar lektinvägen. Autoantikroppar mot C1q förekommer ofta vid svår systemisk lupus erythematosus (SLE) och förekommer oThe C1 subcomponent C1q and the mannan-binding lectin (MBL) are recognition proteins of the complement system, and have similar structure. C1q binds to IgG and IgM and activates the classical pathway. MBL binds to carbohydrate structures and activates the lectin pathway. Autoantibodies to C1q are frequently found in severe systemic lupus erythematosus (SLE) and are present in virtually all patient

Research on floral volatiles has grown substantially in the last 20 years, which has generated insights into their diversity and prevalence. These studies have paved the way for new research that explores the evolutionary origins and ecological consequences of different types of variation in floral scent, including community-level, functional, and environmentally induced variation. However, to add

This chapter provides an introduction to task engagement as a framework for better understanding how individuals participate in and learn from second language activities in their leisure time. Although the concept is relatively new to second language acquisition research, engagement has been extensively studied in educational science, as a way of operationalising different aspects of students’ par

The creation of prototypes for the design of new products is a fundamental activity in the metal-mechanic sector that contributes to Bolivia's socioeconomic development. The existence of a multitude of factors that positively or negatively affect the prototype, are encompassed in two approaches: i) prototyping engineering and ii) prototyping management. Research for the design of prototypes suitab

Unlike most jellyfish, box jellyfish (cubomedusae) are highly visually orientated. They are agile swimmers and use visual information to avoid obstacles and orientate themselves. They have an elaborate visual system which consists of four sensory structures called rhopalia, each holding six eyes of four morphological types: 2 camera-type eyes (upper and lower lens-eyes) and 2 lesser pigment cup ey

Kisel är ett vanligt förekommande grundämne som gärna bildar en oxid, nämligen kiseldioxid. Kiseldioxid träffar man i hög utsträckning på i det dagliga livet. Det är nämligen huvudbeståndsdelen i sand, glasvaror, kvarts, många keramiska material men också i den färgskiftande ädelstenen opal. Det finns också flera grupper av porösa kiseldioxidmaterial, till exempel så kallade zeoliter som har myckeThe formation process of porous silica materials is an intricate process, involving a number of components that interact to form a highly organized material. Both zeolites and mesoporous silica materials typically require the presence of organic structure director agents (SDAs) around which the silica network polymerizes. For zeolites the SDAs are molecular and for mesoporous silica the SDAs assem

Datasets are growing in size and complexity, especially with respect to the number of features of the problems that we study, which now often number in the millions. This has lead to a surge in interest for sparse regression models, which help make sense of these datasets by modeling them efficiently whilst still retaining a notion of explainability. Because these datasets are so large, however, t

In Western European choral traditions, the ambition of most choirs is to attain an equalized blend of sound and to perform well together with regard to timing and intonation. In order to be able to synchronize this the choir members need to cooperate musically and listen to each other. Choirs often have close bonds, both socially and with regard to their common musical aim to perform well in conce

Master Programme in Water Resources Engineering: Programme sy llabus Master Programme in Water Resources Engineering Programme code: TAWRE Scope: 120 credits Cycle: Second Approved by: Programme Board W Validity: 2019/2020 Date of approval: 1 April 2019 In addition to the syllabus, general regulations and information for the Faculty of Engineering apply to this programme. 1 Aim and outcomes 1.1 Ai

https://www.student.lth.se/fileadmin/lth/english/master/Arkiv/MWLU_Syllabus_19-20.pdf - 2026-05-14

Master's Programme in Water Resources Engineering Page 1 of 5 Programme Syllabus Master's Programme in Water Resources Engineering - Programme code: TAWRE - Scope: 120 credits - Cycle: Second - Approved by: Programme Board W - Validity: 2024/2025 - Date of approval: 12 February 2024 1 Aim and outcomes 1.1 Aim This internationally oriented master’s programme aims to develop the knowledge, skills an

https://www.student.lth.se/fileadmin/lth/student/Utbildningsplaner_2023_och_fram/Master_engelska/24_25/Syllabus_Master_s_Programme_in_Water_Resources_Engineering_24-25.pdf - 2026-05-14

Master's Programme in Water Resources Engineering syllabus Page 1 of 5 Programme Syllabus Master's Programme in Water Resources Engineering - Programme code: TAWRE - Scope: 120 credits - Cycle: Second - Approved by: Programme Board W - Validity: 2025/2026 - Date of approval: 10 February 2025 1 Aim and outcomes 1.1 Aim This internationally oriented master’s programme aims to develop the knowledge,

https://www.student.lth.se/fileadmin/lth/student/Utbildningsplaner_2023_och_fram/Master_engelska/25_26/Syllabus_Master_s_Programme_in_Water_Resources_Engineering_25-26.pdf - 2026-05-14

Master's Programme in Water Resources Engineering Page 1 of 5 Programme Syllabus Master's Programme in Water Resources Engineering - Faculty: Faculty of Engineering, LTH - Programme code: TAWRE - Credits: 120 - Admission level: Bachelor's degree - Degree level: Second cycle - Approved by: Programme Board W - Approval date: 9 February 2026 - Validity: Academic year 2026/2027 - Entry into force: 9 F

https://www.student.lth.se/fileadmin/lth/student/Utbildningsplaner_2023_och_fram/Master_engelska/26_27/Syllabus_Master_s_Programme_in_Water_Resources_Engineering_26-27.pdf - 2026-05-14

Master's Programme in Water Resources Engineering: Programme sy llabus Master's Programme in Water Resources Engineering Programme code: TAWRE Scope: 120 credits Cycle: Second Approved by: Programme Board W Validity: 2020/2021 Date of approval: 25 November 2019 In addition to the syllabus, general regulations and information for the Faculty of Engineering apply to this programme. 1 Aim and outcome

https://www.student.lth.se/fileadmin/lth/english/master/Arkiv/MWLU_Syllabus_20-21.pdf - 2026-05-14

Master's Programme in Water Resources Engineering Page 1 of 5 PROGRAMME SYLLABUS Master's Programme in Water Resources Engineering - Programme code: TAWRE - Scope: 120 credits - Cycle: Second - Approved by: Programme Board W - Validity: 2023/2024 - Date of approval: 13 February 2023 In addition to the syllabus, general regulations and information for the Faculty of Engineering apply to this progra

https://www.student.lth.se/fileadmin/lth/student/Utbildningsplaner_2023_och_fram/Master_engelska/Master_s_Programme_in_Water_Resources_Engineering_23-24.pdf - 2026-05-14

Master's Programme in Water Resources Engineering Page 1 of 5 PROGRAMME SYLLABUS Master's Programme in Water Resources Engineering - Programme code: TAWRE - Scope: 120 credits - Cycle: Second - Approved by: Programme Board W - Validity: 2021/2022 - Date of approval: 15 February 2021 In addition to the syllabus, general regulations and information for the Faculty of Engineering apply to this progra

https://www.student.lth.se/fileadmin/student/files/Utbildningsplaner_21_22/Master_s_Programme_in_Water_Resources_Engineering_21-22.pdf - 2026-05-14

Forskare Kontaktinformation E-post: zvezda [dot] vankova [at] jur [dot] lu [dot] se Telefon: +46 46 222 67 26Organisation Juridiska institutionen Rumsnummer: 386 Hämtställe: 56 WebbplatsZvezda Vankovas profil i Lunds universitets forskningsportalAndra roller Forskare Mänskliga rättigheter Profilområdesmedlem LU profilområde: Mänskliga rättigheter Forskare Folkrätt Forskare EU-rätt Docent Juridiska

https://www.jur.lu.se/zvezda-vankova - 2026-05-14

Professor | Principal Investigator BECC | Excellent lärare Kontaktinformation E-post: fariborz [dot] zelli [at] svet [dot] lu [dot] se Telefon: +46 46 222 47 64Organisation Statsvetenskapliga institutionen Rumsnummer: 330 Hämtställe: 31 WebbplatsFariborz Zellis profil i Lunds universitets forskningsportalAndra roller Medlem i Strategiskt forskningsområde BECC: Biodiversity and Ecosystem services i

https://www.svet.lu.se/fariborz-zelli - 2026-05-14

Associate professor | Senior lecturer | Researcher CEC | Principal investigator BECC | Health and safety representative | Recognised Teaching Practitioner Contact details Email: asa [dot] knaggard [at] svet [dot] lu [dot] se Phone: +46 46 222 01 64Organisation Department of Political Science Room number: 331 Service point: 31 WebpageÅsa Knaggårds profile in Lund University research portalOther aff

https://www.svet.lu.se/en/asa-knaggard - 2026-05-14

Lagen (1982:80) om anställningsskydd, är den lag som torde vara av störst betydelse när det kommer till anställningar. Den reglerar bl.a hur en anställning ingås, vilka anställningsformer som finns och regler kring hur en anställning upphör. Från lagens tillämpningsområde undantas bl.a. personer med en företagsledande ställning och arbetsgivarens familjemedlemmar. Undantagen har motiverats med attThe Swedish law regarding the protection of employment, LAS (1982:80) is probably the most important law when it comes to employments. The law regulates how an employment is concluded, which kind of employment one may have and the rules on how employment is terminated. Persons with management positions and family members of the employer are excluded from the scope of the law. The reason that these

The information contained in the DNA (Deoxyribonucleic acid) of an organism that will finally be expressed, is first converted into a molecule called RNA (Ribonucleic acid). This is mainly composed of two types of sequences: the exons, carrying the information that will give rise to the formation of proteins and will be finally expressed in the organism, and the introns, which mainly include regul