Global Value Chain Upgrading and Business-academia Collaborations: Case Studies of Successful Innovators

Measuring China’s Domestic Technological Upgrading in the Global Value Chain

Less developed countries (LDCs) usually undertake technology-poor slices in the spatial hierarchy of global value chain (GVC). This paper proposes a measure for domestic technological contents (DTC) for LDCs in the GVC, and calculates the DTCs for China as a whole and Jiangsu and Guangdong provinces separately. Two findings emerge from the calculation: the DTC indexes of China and Jiangsu kept ...

Global Value Chains , Economic Upgrading , and Gender

Improving supply chain collaborations and performance of inefficient supply chain

Modern manufacturing enterprises are required to collaborate by their business partners through their business process operations such as design, manufacture, distribution, and aftersales services. And furthermore performance evaluation is of great importance for effective supply chain man agement. Therefore, DEA can help companies to remove some of the in efficiencies in operational processes ...

Types of knowledge and diversity of business-academia collaborations: implications for measurement and policy

Analysis of business-academia (B-A) collaborations typically relies on a single method, addressing one or two major research questions. In contrast, this article tackles both research and development (R&D) and innovation collaborations among businesses and academia relying on information using multiple methods and multiple sources of information to offer insights on dynamics and qualitative fea...

postnatal studies of bats (pipistrellus kuhlii and miniopterus schreibersii) & histomorphology and histochemistry studies of organs and diseases of (neurergus microspilotus and n. kaiseri)

1. to determine whether difference in birth body mass influenced growth performance in pipistrellus kuhlii we studied a total of 12 captive-born neonates. bats were assigned to two body mass groups: light birth body mass (lbw: 0.89 ± 0.05, n=8) and heavy birth body mass (hbw: 1.35 ± 0.08, n=4). heavier body mass at birth was associated with rapid postnatal growth (body mass and forearm length) ...