A scientific investigation of a trial operation carried out at a shipping terminal in Copenhagen has revealed that it is possible to shorten the amount of time that delayed or stranded freight remains in the port of Bremerhaven.The research article asserts that the logistics problem caused by delayed products is the biggest obstacle to implementing the major improvements the Danish port has to make, even though the program started in June.Jorgen Liebenwaldt, from the Danish Technical University in Copenhagen's Department of Transportation Economics, states that "we are convinced that this i
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A scientific investigation of a trial operation carried out at a shipping terminal in Copenhagen has revealed that it is possible to shorten the amount of time that delayed or stranded freight remains in the port of Bremerhaven.The research article asserts that the logistics problem caused by delayed products is the biggest obstacle to implementing the major improvements the Danish port has to make, even though the program started in June.Jorgen Liebenwaldt, from the Danish Technical University in Copenhagen's Department of Transportation Economics, states that "we are convinced that this i
A scientific investigation of a trial operation carried out at a shipping terminal in Copenhagen has revealed that it is possible to shorten the amount of time that delayed or stranded freight remains in the port of Bremerhaven.The research article asserts that the logistics problem caused by delayed products is the biggest obstacle to implementing the major improvements the Danish port has to make, even though the program started in June.Jorgen Liebenwaldt, from the Danish Technical University in Copenhagen's Department of Transportation Economics, states that "we are convinced that this i
Plants, animals, and humans all have germline cells, which are vital but incredibly delicate cells that preserve DNA from all generations. With the help of the powerful CRISPR/Cas9 gene-editing technique, these cells can now be altered. The unique approach relies on controlling the expression of particular genes in germ cells using RNA. This molecular "CRISPR-on-a-chip" assay may even be helpful against the relatively old retroviruses that cause cystic fibrosis in some people, according to a recent study published in the journal Molecular Cell. Although this is an incredible finding, it shou
Plants, animals, and humans all have germline cells, which are vital but incredibly delicate cells that preserve DNA from all generations. With the help of the powerful CRISPR/Cas9 gene-editing technique, these cells can now be altered. The unique approach relies on controlling the expression of particular genes in germ cells using RNA. This molecular "CRISPR-on-a-chip" assay may even be helpful against the relatively old retroviruses that cause cystic fibrosis in some people, according to a recent study published in the journal Molecular Cell. Although this is an incredible finding, it shou