[Killing in wild boar traps - Studies on the point of impact and effects of head shots (caliber .22 lr) in wild boar (Sus scrofa)].

Objective: The spread of African swine fever in Germany has brought wild boar trapping back into focus as a method for animal disease control. While data on free-bullet slaughter in domestic mammals is available, data on the gun shot and caliber selection for use in wild boar trapping is largely lacking.

Material And Methods: The heads of 138 wild boars captured in 10 corral-style traps and shot with a bullet (caliber .

Refining animal welfare of wild boar (Sus scrofa) corral-style traps through behavioral and pathological investigations.

Wild boar trapping has been used as a management tool to control wild boar populations. However, it is increasingly criticized due to animal welfare concerns. While cortisol levels have been used to assess trap-related stress in wild boar, data on trap-related injuries and behavioral data are scarce.

Stress Assessment of Wild Boar () in Corral-Style Traps Using Serum Cortisol Levels.

Capture of wild boar in corral-style traps with subsequent culling is increasingly used for population management. The method is debated due to animal welfare concerns making welfare studies in traps necessary. While previous studies focused on behaviour and injuries, this study dealt with the physiological aspect.

Women in dire need: the far-reaching impact of lipoedema on women's lives.

Lipoedema, an adipose tissue disorder, is a poorly visible, often unrecognised condition. To foster a greater understanding of the significant and debilitating impacts faced by women living with lipoedema, the charity Lipoedema UK conducted four focus group interviews, the findings of which were published in a series of reports under the umbrella title 'Women in dire need'. The reports identified the substantial and numerous negative effects of lipoedema on the women's everyday lives, including the patients' experiences with compression garments, the effects of liposuction surgery (many of which were not positive), the everyday impacts ranging from pain and reduced mobility to poor self-esteem and working prospects, and the considerable challenges faced by women with late-stage lipoedema which can render them immobile.

Ontogenetic changes in sensitivity to nutrient limitation of tadpole growth.

According to ecological stoichiometry (ES), the growth of a consumer with abundant resources should increase as body and resource stoichiometry become more similar. However, for organisms with complex life cycles involving distinct changes in biology, nutrient demands might change in response to ontogenetic changes in body stoichiometry. Tadpole growth and development has been found to be largely nitrogen (N) limited, as predicted for organisms developing N-rich tissues like muscle.