A NIR model to evaluate the tensile properties would be valuable for preservation in collections that allow handling of the objects, as the strength of thin Chinese papers is difficult to gauge by handling.
These data have broad implications for understanding the regulation of spermatogenesis, stem cell biology, etiology of male infertility [18] [22], and also for advancing biotechnologies such as conservation of valuable genetic stocks, preservation of endangered species, and also as new option for transgenesis [16], [17], [19].
Copyright is extremely valuable to the preservation of American culture.
Samples from Southern refugia are particularly valuable since DNA preservation is uncommon in warmer climates [ 27].
In the past decades, interest in using nanomaterials for preservation of valuable cultural heritage items rapidly increased.
Cryobanking gametes and embryos can facilitate the preservation of valuable genotypes, yet cryopreserving oocytes from pigs has proven very challenging.
Historic building heating and, in particular, church heating represents a challenging task because many objectives have to be reached simultaneously; in facts, adequate thermal comfort levels have to be guaranteed for the occupants while ensuring an optimal internal climate suitable for the preservation of valuable and often fragile building components and artworks.
Over the years, the technique has gained new scientific interest due to the enormous potential for application in reproductive medicine, preservation of valuable and endangered genetic resources, and animal reproduction [1] [3].
At the same time, clonal reproduction could serve as a valuable mechanism in the preservation of genetic variability.
Ovarian tissue cryopreservation and autotransplantation (aTP) represents a potentially valuable technique in the preservation and restoration of fertility (Picton et al., 2000).
