Sökning: "Animal plant relation"
Visar resultat 1 - 5 av 8 avhandlingar innehållade orden Animal plant relation.
1. Dry period length of dairy cows : milk composition and quality
Sammanfattning : A dry period of dairy cows is historically seen as a period during which the cow can restore its body condition and regenerate its mammary epithelium in order to be high yielding in the successive lactation. Recent work has indicated that high yielding cows generally experience a severe negative energy balance in early lactation. LÄS MER
2. Effects of Probiotics and Plant Components on Murine Experimental Colitis and Acute Liver Failure
Sammanfattning : Acute liver failure is accompanied by a high rate of bacterial septic complications. High portal level of lipopolysaccharide (LPS) can lead to a pronounced secretion by Kupffer cells of pro-inflammatory mediators which have been shown to be early and important mediators of liver injury. LÄS MER
3. Understanding the urban ecosystem : interactions between plants, animals, and people
Sammanfattning : Cities are the pinnacle of human change to the environment, creating unique types of ecosystems which present many challenges to local organisms: habitat fragmentation, introduced species, and various pollutants. Being crucibles of anthropogenic effects, urban ecosystems offer opportunities to understand how humans impact nature. LÄS MER
4. Burkkänslan : surrealism i Christer Strömholms fotografi : en undersökning med semiotisk metod
Sammanfattning : This dissertation is mainly concerned with the photography of Christer Strömholm. In studying his work semiotics is used as a method in analysing the rhetoric of his photographs and their relations to the photographic world, the artworld and the lifeworld. LÄS MER
5. Physics of Viral Infectivity: Energetics of Genome Ejection
Sammanfattning : All viruses that infect bacteria, plant, or animal cells involve a genome (RNA or DNA) that is encapsidated by a rigid protein shell. After delivery of the viral genome into the host cell, new capsid proteins, which are encoded by viral DNA or RNA, are expressed and self-assembled into new viral capsids. LÄS MER