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Fig. 4
Schematic diagram of Cas13 structure
Fig. 1
The biosynthetic pathway of terpenoids
Fig. 5
Process for approving cell-cultured meat in EU
Fig. 6
Regulation for cell-cultured meat in US
[
10
]
Fig. 1
C
lassification of P450 systems based on redox partners
Fig. 2
Oxidative and demethylative reactions of M-Ⅳ catalyzed by MycG
Fig. 3
CdSeZn and PrGd nanocrystals synthesized in
E.coil
cells
[
66
]
Fig. 3
Constructed P450 systems based on the recombination and reorganization of MycG and different redox partners
(0978 and 1499 represent the ferredoxin reductase
Sel
FdR0978 and ferredoxin
Sel
Fdx1499 from
Synechococcus elongates
PCC 7942, respectively; Black linker: L21, HQVAMLRDGDSFGGGPRHGAG; Gray linker: L9, GERREIRVD)
Tab. 1 Comparison of natural carbon dioxide fixation pathways
[
21
,
22
,
23
,
24
,
25
,
26
,
27
]
Fig. 1
Overview of three generations of biorefineries
[Light green part (left): the first-generation biorefineries, the main raw material is vegetable oil, waste edible oil,
etc
. to synthesize biofuels; Blue part (middle): the second-generation biorefineries, the raw material is mainly non-food biomass, including grain straw, bagasse,
etc
.; Green part (right): the third-generation biorefineries, microbes use CO
2
as raw material to produce fuels and chemicals]
Fig. 2
Artificial carbon fixation system
Fig. 1
Components of gene circuits
Fig. 2
Design, synthesis and application of synthetic genome
Table 1 Characteristics of photosensitive proteins commonly used in mammalian cells
Fig. 1
Single clone-selecting process
Fig. 2
Basic structure of the clone-selecting robot
Fig. 3
Design for the clone-selecting robot
Tab. 1 Deployment of each task module in Task 1
Tab. 2 Deployment of each task module in Task 2
Tab. 3 Deployment of each task module in Task 3
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