FL6000Dual modulation chlorophyll fluorescence mɛtɛr

FL6000Dual Modular Chlorophyll Fluorescent ye FL3500 Dual Modular Chlorophyll Fluorescent ye kɔc cï puɔ̈l apɛi, ye kɔc cï puɔ̈l apɛi, ye kɔc cï puɔ̈l apɛi, ye kɔc cï puɔ̈l apɛi, ye kɔc cï puɔ̈l apɛi, ye kɔc cï puɔ̈l apɛi A ye tɔ̈u në a ye tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yenë a tɛ̈n yen A ye cɔl optical measurement head, ye tɔ̈u në suspension standard sample cup, ye tɔ̈u në 3 LED light sources ku 1 1MHz/16 bit AD converted PIN diode signal detector. Ad conversion yields and credits times can be controlled by software. Ad conversion yields and credits times can be controlled by software. Ad conversion yields and credits times can be controlled by software. Ad conversion yields and credits times can be controlled by software. Detector ye chlorophyll fluorescence signal ye tɛmɛ në 4 µs (1 µs ye tɛmɛ në 1 µs ye tɛmɛ në 1 µs ye tɛmɛ në 1 µs ye tɛmɛ në 1 µs ye tɛmɛ në 1 µs ye tɛmɛ

Lappol:

·Photosynthetic properties of plants and metabolic disorders screening (Käke fotosynthetic properties of plants and metabolic disorders screening)

·Biological and non-biological coercion detection (Kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye kɔɔr ye)

·Plant resistance to coercion or susceptibility studies (Plant resistance to coercion or susceptibility studies) (Plant resistance to coercion or susceptibility studies) (Plant resistance to coercion or susceptibility studies)

·Kulis metabolic chaos

·Kulis Mechanism of Photosynthesis System

·Piööc de stratejii de photophysiology de plante cï kek ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk ya cɔk

Sample typik:

·Algae blu (bakteriya blu)

·Green algae

·Chlorogenic suspend

·Cystic suspension

·Plant debris

Funksiɔn:

·Chlorophyll fluorescence induction measurement, PAM (pulse modulation) measurement, OJIP rapid fluorescence dynamics measurement, QA <unk> re-oxidation dynamics, S state conversion, chlorophyll fluorescence quenching and other measurement procedures, is the world's most comprehensive chlorophyll fluorescence meter

·Dual modulation technology, can double color modulation measuring light, with modulated photochemical light and continuous photochemical light, can perform STF (single-cycle light flash), TTF (double-cycle light flash) and MTF (multi-cycle light) and customized FRR technology (Fast Repetition Rate) measurement. Dual modulation technology, can double color modulation measuring light, with modulated photochemical light and continuous photochemical light, can perform STF (single-cycle light flash), TTF (double-cycle light flash) and MTF (multi-cycle light flash) and customized

·Standard Version Time Resolution 4µs, Fast Version1µs, ye fluorescent chlorophyll ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n

·Control unit is dual channel, can connect temperature sensor for temperature control, connect oxygen measurement unit for Hill reaction measurement etc. Kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ ye kɔnɔŋ

·A cɔl sensitivity, a cɔl minimum detection limit ye 100ng Chla/L

·Kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya, kɛnɛya

·Host ye tɔ̈ɔ̈u në touch display ye tɔ̈ɔ̈u në ye thaa yic

Parameters teknis:

·Procedure de expérimentation: Kautsky chlorophyll fluorescence induction effect measurement; Kuen de fluorescence induction effect measurement; Kuen de fluorescence induction effect measurement; Kuen de fluorescence induction effect measurement; Kuen de fluorescence induction effect measurement PAM (pulse modulation)Fluorescence quenching dynamics (Fluorescence quenching dynamics)measurement (tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye tɛ̈n ye) OJIP Fluorescence Dynamic Measurement; QA <unk> Reoxidation Dynamics; S tɛ̈n waar; Chlorophyl fluorescence induction

• Parameters fluorescence:

uPAMFluorescence quenching dynamics measurement: Fluorescence quenching dynamics curve, can calculate F₀Fm, Fv, F₀<unk>,Fm<unk>,Fv<unk>,QY(II),NPQ,ΦPSII,Fv/Fm,Fv<unk>/Fm<unk>,Rfd,qN,qP,ETR50+ chlorophyll fluorescence parameters;

uOJIPFluorescence Dynamic Measurement: OJIP Fluorescence Dynamic Curve, a lëu bï F₀FJ, Fi, Fm, Fv, VJ, Vi, Fm / F₀Fv / F₀Fv / Fm、M0、Area、Fix Area、SM、SS、N、Phi_P₀、 Psi_₀、 Phi_E₀Phi_D₀Phi_Pav, ABS / RC, TR₀/ RC、 ET₀/ RCDI₀/ RC20+ parameters ye kɛ̈ɛ̈k;

uQA<unk> Reoxidation kinetics (QA-reoxidation kinetics): ye QA<unk> re-oxidation kinetics curve ye tɔ̈u në amplitude (A1, A2, A3) ku time constant (T1, T2, T3) ye tɔ̈u në QA<unk> re-oxidation phase, Middle phase, ku Slow phase

uSS-state test: ye fluorescence decay curve ye tɛmɛ në S-state test ye tɛmɛ në luɔɔi de non-active light system II (PSII)_X(Nombre de centres de réaction)

uFlash Fluorescence Induction (FFL, Fast Edition) ye luɔɔi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi

uKa tɛmɛ protocol function ye raan luɔɔi looi, ka PSII antenna heterogeneity PSIIαKɛ PSIIβAnalyze, PSII effective antenna section area (Analyze, PSII effective antenna section area)sPSII(Kɔɔr parameters (optional custom function)

uQA<unk> Reoxidation Dynamics curve kuS-state testFluorescence diminishing curve (Fluorescence diminishing curve)Li，2010）

·Time Resolution (Sampling Frequency): High Sensitivity Detector, Standard Version Time Resolution 4µs, Fast Version 1µs

·Minimum test limit: Standard version 100ng Chla/L, Fast version 1μg Chla/L

·Control unit: ye tɔ̈ɔ̈u në display touch color, ye tïŋ fluorescence curve chart në thaa yic

·Ɣön dɔ̈ɔ̈r:

oLɛɛr ye cɔl: 623nm ye cɔl red orange light ku 460nm ye cɔl blue light, ye cɔl flash time 2<unk>5μs

oA ye cɔl single-cycle saturated light flash: maximum light intensity 170000 μmol ((photons) / m².s, light flash time 20<unk>50μs

oLɛɛr ye cɔl photochemical light: 3500 μmol ((photons) /m².s

oFluorescent detector: PIN photodiode

oADConverter: 16bit

oSample test tube: 10 × 10mm, volume 4ml

• Room of measurement customized (optional): You can customize the measurement of light, saturated light flash and photochemical light colors (blue, blue, amber, etc.) and the detection bands (ChlA, ChlB). Room of measurement customized (optional): You can customize the measurement of light, saturated light flash and photochemical light colors (blue, blue, amber, etc.) and the detection bands (ChlA, ChlB).

• Infrared light source (optional): ye kɛ̈n ye kɛ̈n ye kɛ̈n ye kɛ̈n ye kɛ̈n ye kɛ̈n ye kɛ̈n ye kɛ̈n ye₀', ye cɔl wavelength 730nm

·Module de mesure d'oxygène (optional): ye oxygène bɛ̈n looi në algues

·Temperature control (optional): TR 6000 temperature controller, temperature control range 5-60 ℃, precision 0.1 ℃

• Electromagnetic Mixing (optional): ye luɔ̈ɔ̈i bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi bɛ̈n looi

• Interface: RS232 Serial Port/USB

FluorWin (FluorWin)Software: Define or create experimental schemes, light source control settings, data output, analytical processing and chart displays. Software: Define or create experimental schemes, light source control settings, data output, analytical processing and chart displays.

Application Typical:

1. Wang Qiang, raan cï puɔ̈ɔ̈c në Institut de Biologie Aquatique de l'Académie de Sciences chinoise, acï FL3500 chlorofluorometer (model cï tëëk FL6000) ku TL plant thermal release system luɔ̈ɔ̈i bɛ̈n nyuɔɔth lɔnadɛ̈ ke nitrite forcing ee Synechocystis sp. PCC 6803 PSII receptor side looi (Zhan X, et al, 2017). Ka tɛmɛ fotosynthesis ka tɛmɛ, ka tɛmɛ fotosynthesis ka tɛmɛ, ka tɛmɛ fotosynthesis ka tɛmɛ.

2.Pan Rong Liang, raan dɔ̈t ye China Academy of Sciences Xinjiang Institute of Ecology and Geography Research, ku jɔl ya raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈t ye raan dɔ̈ Në FL3500, OJIP rapid fluorescence dynamics measurement, QA <unk> re-oxidation dynamics, S state conversion, ku jɔl ya chlorophyll fluorescence measurement procedures, a bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ̈i bɛ̈ɛ Në ye mɛn, akutnhom Pan Yangxiang ye FL3500 (model ye FL6000 tɔ̈ɔ̈u thɛɛr) luɔ̈ɔ̈i bɛ̈ɛ̈i kɔ̈k juëc ke 20 ye gɔ̈ɔ̈r në juëc juëc ke SCI yiic ku juëc juëc ke baai yiic.

Wuro: Czech Republic

References:

1. Manaa A, et al. 2019. Kä ye kek gam në quinoa (Chenopodium quinoaWilld) cït tɛ̈n yenë kɔc cɔl chloroplast ultrastructure ku photosynthetic performance. Kɔc ye kɔc cɔl Environmental and Experimental Botany 162: 103-114

2. Yu Z, et al. 2019. Chlamydomonas reinhardtii ye cɔl cadmium stress ye cɔl phototaxis. Science Environmental: Processes & Impacts 21: 1011-1020

3. Liang Y, et al. 2019. Molecular mechanisms of temperature acclimation and adaptation in marine diatoms. (Kä ye kek looi në tɛ̈ɛ̈r de tɛ̈ɛ̈r de tɛ̈ɛ̈r de tɛ̈ɛ̈r de Journal ISME, DOI: 10.1038/s41396-019-0441-9

4. Orfanidis S, et al. 2019. Solving Nuisance Cyanobacteria Eutrophication Through Biotechnology. Applied Sciences 9 ((12): 2566

5. Sicora C I, et al. 2019. Ajuiɛɛr PSIICyanotheceATCC 51142 në kaam de wɛ̈ɛ̈r-wɛ̈ɛ̈r-wɛ̈ɛ̈r. Fotosynthesis Research 139 ((1<unk>3): 461<unk>473

6. Smythers A L, et al. 2019. Lɔ̈k kä ye Poast looiChlorella vulgaris, a non-target organism. Kemosfer 219: 704-712

7. Albanese P, et al. 2018. Thylakoid proteome modulation in pea plants grown at different irradiances: quantitative proteomic profiling in a non-- model organism ye kony në transcriptomic data integration. The Plant Journal 96 ((4): 786-800

8. Antal T, Konyukhov I, Volgusheva A, et al. 2018. Chlorophyll fluorescence induction and relaxation system for continuous monitoring of photosynthetic capacity in photobioreactors. Chlorophyll fluorescence induction and relaxation system for continuous monitoring of photosynthetic capacity in photobioreactors. Physiol Plantarum. DOI: 10.1111/ppl.12693

9. Antal T K, Maslakov A, Yakovleva O V, et al. 2018.Simulation of chlorophyll fluorescence rise and decay kinetics, and P700-related absorbance changes by using a rule-based kinetic Monte-Carlo method. Fotosintesis Research. DOI:10.1007/s11120-018-0564-2

10.Biswas S, Eaton-Rye J J, et al. 2018. PsbY ee wïc bï fotosystem II ya cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔk cɔkSynechocystissp. PCC 6803. Photosynthetica, 56 ((1), 200<unk>209.

11.Bonisteel E M, et al. 2018. Ye tɛ̈n yenë kɔc cï röt waar thïn në Photosystem II yic në picocyanobacteria yic, ee tɛ̈n yenë kɔc cï röt waar thïn në FtsH protein yic ku jɔl ya tɛ̈n yenë kɔc cï röt waar thïn PLoS ONE 13 ((12): e0209115.

12.Fang X, et al. 2018. Transcriptomic responses of the marine cyanobacteria (Kä cï kek gam)Prochlorococcus yekä ye kek looi në viral lysis yiic. Environmental Microbiology, doi: 10.1101/394122.

13.Kuthanová Trsková E, Belgio E, Yeates A M, et al. 2018. Antenna proton sensitivity determines photosynthetic light harvesting strategy, Journal of Experimental Botany 69 ((18): 4483-4493