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Swinging London meets debutante meets neo-eighties hipster in British It girls Chloe and Poppy Delevingne's free-spirited style.

They borrow T-straps from ladies who lunch, shine from pebbles on the beach. André Leon Talley shows where designers get their big ideas for fall 1990

FUR IS EXPERIENCING A YOUTHQUAKE THIS FALL KEEPING THE TRADEMARK GLAMOUR-BUT SHEDDING SOME OF THE BULKIT'S REINVENTING ITSELF IN STYLES CUT AS SLIM AS DINNER JACKETS OR AS LUXURIOUS AS FLOORSWEEPING COATS

Up, up, and away: Hollywood's rising ingenues vet fashions newest length: short.

Fashion is facing the future in style, as designers appeal to technology for their latest creations. Borrowing high-performance fabrics and athletic shapes, they're creating street-smart clothes that are functional yet sexy-perfect for nightlife or the sporting life

The sixties was the time and England was the place. A fashion rebellion embodied by clean, uncluttered designs that still capture the hearts of designers today. Here, in the spirit of now and then, the best looks for fall.

Bacillus subtilis is a widely distributed aerobic Gram-positive species of bacteria. As a tool in the lab, it has the advantages of nonpathogenicity and limited likelihood of becoming drug resistant. It is a probiotic strain that can be directly used in humans and animals. It can be induced to produce spores under nutrient deficiency or other adverse conditions. B. subtilis spores have unique physical, chemical, and biochemical characteristics. Expression of heterologous antigens or proteins on the surface of B. subtilis spores has been successfully performed for over a decade. As an update and supplement to previously published research, this paper reviews the latest research on spore surface display technology using B. subtilis. We have mainly focused on the regulation of spore coat protein expression, display and application of exogenous proteins, and identification of developing research areas of spore surface display technology.

Here's the recipe designers are cooking up for fall: Buy one piece, then dig in your closet for a few classics from years past. Nip a waist. Crop a top. Wear the new old thing and stir the pot.

Porcine circovirus 3 (PCV3) is a newly detected circovirus belonging to the family Circoviridae with a circular ssDNA genome of 2000 bp that encodes two proteins—the replicase protein and the capsid protein. PCV3 was discovered for the first time in the US in 2016. After this initial discovery, PCV3 was detected in other parts of the world such as in China, South Korea, Italy and Poland. In this study, 49 tissue samples from Swedish pig herds were screened for PCV3 using PCR and 10 samples were positive and one was uncertain. The entire PCV3 genome and a mini PCV-like virus (MPCLV) were obtained from one of these samples. These two viruses showed a high sequence identity to PCV3 viruses from other countries as well as to MPCLV from the US. However, the sequence identity to PCV1 and 2 was only 31–48% on amino acid level. This is the first detection and complete genetic characterisation of PCV3 in Swedish pigs. It is also interesting to note that one of the positive samples was collected in 1993, showing that PCV3 has been present for a long time.