ライフサイエンスコーパス: photosynthetically

1 Except for the N168F mutant, all grew photosynthetically.

2 on center (RC) complexes, are unable to grow photosynthetically.

3 d variations in light intensity when growing photosynthetically.

4 We report for the first time a photosynthetically active algae immobilized in alginate

5 mblages contain multiple, distantly related, photosynthetically active bacterial groups, including so

6 The semi-dry type of photosynthetically active biofilm proposed in this work

7 We show that photosynthetically active chloroplasts are required for

8 Gould) forms an intracellular symbiosis with photosynthetically active chloroplasts from the chromoph

9 ration to expansion, they differentiate into photosynthetically active chloroplasts, providing the pl

10 idopsis (Arabidopsis thaliana) develop green photosynthetically active embryos.

11 45, 440, 330, 220, and 110 mumol m(-2) s(-1) photosynthetically active flux density (PPFD) and (2) ev

12 underpin the developmental transition from a photosynthetically active leaf to a senescing organ whic

13 It can maintain photosynthetically active leaves at temperatures 6 degre

14 cal evidence that angiosperms evolved highly photosynthetically active leaves during the Cretaceous.

15 gene that is expressed specifically in leaf photosynthetically active mesophyll cells but not in oth

16 , Suc en route out of the leaf migrates from photosynthetically active mesophyll cells into the phloe

17 emand for soil resources because of a longer photosynthetically active period in conjunction with oth

18 The fraction of absorbed photosynthetically active radiation (FAPAR) is a key veg

19 a do not distinguish between the fraction of photosynthetically active radiation (PAR) absorbed by no

20 he interception efficiency (varepsiloni ) of photosynthetically active radiation (PAR) and the effici

21 conditions (120 micro mol photons m-2 sec-1 photosynthetically active radiation (PAR), 16-h photoper

22 luding temperature, conductivity, oxygen and photosynthetically active radiation (PAR).

23 the first model to use only the fraction of photosynthetically active radiation absorbed by photosyn

24 It is also consistent with increases in photosynthetically active radiation and land surface tem

25 short-term controls on isoprene emission are photosynthetically active radiation and temperature.

26 er heterodimer degradation under mixtures of photosynthetically active radiation and UV-B.

27 Fruit position effects regarding photosynthetically active radiation availability, along

28 C4 ) to estimate the conversion of absorbed photosynthetically active radiation into GPP.

29 nthropogenic emissions, alter both the total photosynthetically active radiation reaching the surface

30 biomass (MJ of dry matter per MJ of absorbed photosynthetically active radiation) is a component of y

31 sess cell abundance based on temperature and photosynthetically active radiation, but the individual

32 light (measured as cumulative photon flux of photosynthetically active radiation, PAR) decreased in t

33 We manipulated levels of photosynthetically active radiation, temperature and nit

34 round factors (e.g., vapor pressure deficit, photosynthetically active radiation, vegetation greennes

35 elation to the light intensity (low and high Photosynthetically Active Radiation; PAR) at time of har

36 llow competition with neighboring plants for photosynthetically active red light.

37 e phloem, and they are mainly synthesized in photosynthetically active source leaves.

38 e organic carbon food supply that sinks from photosynthetically active surface waters.

39 photorespiratory pathway that occurs in all photosynthetically active tissues of C(3) plants but is

40 Zmacs6 leaves continued to be photosynthetically active under both conditions indicati

41 improve plant yield by extending the leaf's photosynthetically active window of time.

42 iratory pathway is routed to proteins within photosynthetically active zones when the leaf is water s

43 rrA also eliminated the ability to grow both photosynthetically and anaerobically in the dark on nitr

44 uted with alanine, respectively, do not grow photosynthetically and show no bc(1) complex activity in

45 tants oil-yellow and iojap, both compromised photosynthetically and unable to accumulate normal level

46 Only one-third of this carbon flux is fixed photosynthetically, and the rest is lost by CO(2) diffus

47 first made 60-min movies of the transport of photosynthetically assimilated (11) C labels.

48 The S107-4B strain was unable to grow photosynthetically at 35 degreesC, but it expressed a su

49 es 96-99 are substituted with alanine, grows photosynthetically at a rate comparable to that of the c

50 All three mutants grew photosynthetically at a rate comparable to that of wild-

51 osynthesis, the Cu-unresponsive mutants grew photosynthetically at lower rates and produced smaller a

52 R) coincident with the longer wavelengths of photosynthetically available radiation (PAR) also necess

53 en inhibited by ultraviolet (UV) and intense photosynthetically available radiation (PAR), but the ef

54 the mutants obtained T134R, -H, and -G were photosynthetically competent (Ps+) but contained Fe-S pr

55 880 nanometers wavelength, all indicate that photosynthetically competent anoxygenic phototrophic bac

56 tissues where the predominant plastids were photosynthetically competent chloroplasts.

57 M. x giganteus, in contrast to maize, forms photosynthetically competent leaves at low temperatures

58 On illumination, the plastids become photosynthetically competent through the production of c

59 During tomato fruit ripening, photosynthetically competent thylakoid membranes are bro

60 of colorless etiolated seedlings into green, photosynthetically competent young plants.

61 Both transformed lines were photosynthetically competent, supporting autotrophic gro

62 g that the newly identified phototrophs were photosynthetically competent.

63 that deletion of each of these genes yielded photosynthetically defective plants that lack PEP activi

64 Although the mutant plants are photosynthetically defective, transcription by this poly

65 l manganese ion in the medium, the cells are photosynthetically defective.

66 nic line allowed recovery of 5-FC-resistant, photosynthetically deficient lines harbouring mutations

67 lifestyle independent of the recent surface photosynthetically derived energy inputs.

68 h is strictly dependent on the generation of photosynthetically derived energy.

69 gered by heat in the dark, in the absence of photosynthetically derived ROS.

70 llions of years with no apparent reliance on photosynthetically derived substrates.

71 Photosynthetically derived sugar provides carbon skeleto

72 n transport protects nitrogenase by reducing photosynthetically evolved O2 in photosystem I (PSI).

73 is paper describes the detrimental effect of photosynthetically evolved oxygen on anodic current gene

74 Springtime phytoplankton blooms photosynthetically fix carbon and export it from the sur

75 t stage, the CO(2) in a synthetic biogas was photosynthetically fixed by an algae Scenedesmus sp. cul

76 ents from the soil and exchange them against photosynthetically fixed carbon (C) from the host.

77 d arbuscular mycorrhizal (AM) fungi exchange photosynthetically fixed carbon for soil nutrients, but

78 Arbuscular mycorrhizal (AM) fungi take up photosynthetically fixed carbon from plant roots and tra

79 symbiosis is responsible for huge fluxes of photosynthetically fixed carbon from plants to the soil.

80 cterioplankton consume a large proportion of photosynthetically fixed carbon in the ocean and control

81 metabolism to argue that full accounting of photosynthetically fixed carbon includes respiratory CO(

82 In plants, 20 to 30% of photosynthetically fixed carbon is directed toward ligni

83 labeling studies have shown the transfer of photosynthetically fixed carbon through a C(4) pathway a

84 of atmospheric carbon dioxide, increases in photosynthetically fixed carbon were allocated below gro

85 gy requirements through the translocation of photosynthetically fixed carbon.

86 m the soil and exchange them with plants for photosynthetically fixed carbon.

87 e critically determines the flow and fate of photosynthetically fixed organic matter (and associated

88 Plant roots release about 5% to 20% of all photosynthetically-fixed carbon, and as a result create

89 ne expression required for the transition to photosynthetically functional chloroplasts.

90 igh concentrations of adsorbed magnesium and photosynthetically generated carbonate ions while also a

91 We tethered photosynthetically grown cells of R. sphaeroides by thei

92 has led to three major conclusions regarding photosynthetically heterogeneous soybean leaves: transie

93 ced by up to one-third when cells were grown photosynthetically in the presence of DMSO with medium o

94 e of biocrusts, which leaves them frequently photosynthetically inactive and difficult to assess.

95 tral imaging is an effective tool to monitor photosynthetically inactive biocrusts.

96 it ripening, chloroplasts differentiate into photosynthetically inactive chromoplasts.

97 All the mutant strains were able to grow photosynthetically, indicating that none of the residues

98 Because C4 plants are more efficient photosynthetically, introduction of the C4 mechanism int

99 1%, 6 +/- 2%, and 12 +/- 3% of the input of photosynthetically produced C, N, and P supplied through

100 How nitrogenase is protected from damage by photosynthetically produced O2 was once an enigma.

101 Consequently, a fraction of the photosynthetically produced oxygen is reduced by photosy

102 posed to an atmosphere with trace amounts of photosynthetically produced oxygen.

103 II) oxidation and Fe(III) precipitation with photosynthetically produced oxygen.

104 urce transported into legume root nodules is photosynthetically produced sucrose, yet the importance

105 that chloroplast redox regulation relies on photosynthetically reduced ferredoxin (Fd), thioredoxins

106 ty to make c-type cytochromes (and thus grow photosynthetically); some of these suppressor strains ar

107 Shade tolerators acclimate photosynthetically to low light and are capable of long-

108 , by which it is perfectly adapted to thrive photosynthetically under extremely low light conditions.

109 nonsulfur photosynthetic bacterium, can grow photosynthetically using CO and N(2) as the sole carbon