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Proteoglycan Stock Photos and Images
RFRF6CJ6–N-Acetylglucosamine (NAG) molecule, is the monomeric unit of the chitin and polymerized with glucuronic acid, it forms hyaluronic acid. Sheet of paper
RFRF6CJW–N-Acetylglucosamine (NAG) molecule, is the monomeric unit of the chitin and polymerized with glucuronic acid, it forms hyaluronic acid. Structural che
RM2BHW685–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RF2KFJ658–3D image of Mannuronic acid skeletal formula - molecular chemical structure of uronic acid monosaccharide isolated on white background
RFJ3KDE9–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding: hydrogen (white), carbon (grey), oxygen (red),
RFJ3KDEA–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding: hydrogen (white), carbon (grey), oxygen (red),
RF2BCW6R5–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RF2BFCB95–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ,'•• • .••. .-*W g£* £r • ;;i • :'• ' J%, . ^ '"^ ! • -„ » ••,. » , Figures 4, 5. Illustration of the close apposition of muscle hlx-rsand collagen lihnls in the mam ligament of Eucularis. A gap of about 10 nm separates the liber plasma membrane from the collagen surface, and the membrane is often indented around the hbrilar contours. Figure 4, X90,000; Figure 5, X 120,000 Figure 6. Longitudinal section of the main ligament in Eucidaria. Proteoglycan is visualized by staining with cuprolinic blue. Note the precisely par Stock Photo](https://c8.alamy.com/comp/RHKNKW/the-biological-bulletin-biology-zoology-biology-marine-biology-w-g-r-i-j-quot-!-figures-4-5-illustration-of-the-close-apposition-of-muscle-hlx-rsand-collagen-lihnls-in-the-mam-ligament-of-eucularis-a-gap-of-about-10-nm-separates-the-liber-plasma-membrane-from-the-collagen-surface-and-the-membrane-is-often-indented-around-the-hbrilar-contours-figure-4-x90000-figure-5-x-120000-figure-6-longitudinal-section-of-the-main-ligament-in-eucidaria-proteoglycan-is-visualized-by-staining-with-cuprolinic-blue-note-the-precisely-par-RHKNKW.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ,'•• • .••. .-*W g£* £r • ;;i • :'• ' J%, . ^ '"^ ! • -„ » ••,. » , Figures 4, 5. Illustration of the close apposition of muscle hlx-rsand collagen lihnls in the mam ligament of Eucularis. A gap of about 10 nm separates the liber plasma membrane from the collagen surface, and the membrane is often indented around the hbrilar contours. Figure 4, X90,000; Figure 5, X 120,000 Figure 6. Longitudinal section of the main ligament in Eucidaria. Proteoglycan is visualized by staining with cuprolinic blue. Note the precisely par Stock Photo")
RMRHKNKW–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. ,'•• • .••. .-*W g£* £r • ;;i • :'• ' J%, . ^ '"^ ! • -„ » ••,. » , Figures 4, 5. Illustration of the close apposition of muscle hlx-rsand collagen lihnls in the mam ligament of Eucularis. A gap of about 10 nm separates the liber plasma membrane from the collagen surface, and the membrane is often indented around the hbrilar contours. Figure 4, X90,000; Figure 5, X 120,000 Figure 6. Longitudinal section of the main ligament in Eucidaria. Proteoglycan is visualized by staining with cuprolinic blue. Note the precisely par
RMPFK42Y–. dai xie tang dan bai yu dan bai ju tang jie gou gong neng he dai xie. botany. 第å -ç« èç½è ä¸ã æ¦ è®º , èç½èç³ï¼proteoglycan,ç®ç§°PG)æ¯ä¸ç±»é常å¤æç大åå-ï¼å ·æ形形è²è²çç» æååç§åæ ·çåè½ãç°å¨ç»ä¸å®çå®ä¹æ¯ï¼å«æå ±ä»·è¿æ¥çä¸æ¡ææ°æ¡ç³èºèç³é¾ç æ ¸å¿èç½å¤§åå-ãè¿ä¸ç±»ååç©å¯ä»¥å«æä¸åçæ ¸å¿èç½ï¼ä¸åç§ç±»ãä¸åæ°ç®ä»¥åä¸å é¿ç-çç³èºèç³é¾ãåç§ç»ç»ä¸-çèç½èç³é½å«æé¤éæè´¨é ¸å¤çç³èºèç³ãç³èºèç³ çå®ä¹æ¯ï¼ç±éå¤äºç³åä½ç»æçåç§é¿ç-çå¤é´ç¦»å-èç³ï¼æ¯ä¸ä¸ªäºç³åä½å«æ1个 å·±ç³èºåå-ï¼åé常æ¯å¸¦é´ç¦»å-çå·±ç³ç¡«é ¸é ¯åï¼æï¼æ¥åºã è½ç¶å ä¹ææçåºä¹³å¨ç©ç»ç»ä¸-é½å-å¨èç½èç³ï¼å¦ç»èé´è´¨ãç»èè´¨èç-ï¼ï¼ä½æ¯ï¼ å¨ç»ç¼ç»ç»ä¸-ï¼èç½èç³
RFKPYFGB–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RF2BFCB8Y–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RMRD25WK–. dai xie tang dan bai yu dan bai ju tang jie gou gong neng he dai xie. botany. 第å -ç« èç½è ä¸ã æ¦ è®º , èç½èç³ï¼proteoglycan,ç®ç§°PG)æ¯ä¸ç±»é常å¤æç大åå-ï¼å ·æ形形è²è²çç» æååç§åæ ·çåè½ãç°å¨ç»ä¸å®çå®ä¹æ¯ï¼å«æå ±ä»·è¿æ¥çä¸æ¡ææ°æ¡ç³èºèç³é¾ç æ ¸å¿èç½å¤§åå-ãè¿ä¸ç±»ååç©å¯ä»¥å«æä¸åçæ ¸å¿èç½ï¼ä¸åç§ç±»ãä¸åæ°ç®ä»¥åä¸å é¿ç-çç³èºèç³é¾ãåç§ç»ç»ä¸-çèç½èç³é½å«æé¤éæè´¨é ¸å¤çç³èºèç³ãç³èºèç³ çå®ä¹æ¯ï¼ç±éå¤äºç³åä½ç»æçåç§é¿ç-çå¤é´ç¦»å-èç³ï¼æ¯ä¸ä¸ªäºç³åä½å«æ1个 å·±ç³èºåå-ï¼åé常æ¯å¸¦é´ç¦»å-çå·±ç³ç¡«é ¸é ¯åï¼æï¼æ¥åºã è½ç¶å ä¹ææçåºä¹³å¨ç©ç»ç»ä¸-é½å-å¨èç½èç³ï¼å¦ç»èé´è´¨ãç»èè´¨èç-ï¼ï¼ä½æ¯ï¼ å¨ç»ç¼ç»ç»ä¸-ï¼èç½èç³
RM2AJ9Y2N–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFK7GXF9–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RFKR1K6P–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RFK76FWY–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RF2BFCB8W–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RFJ3PEH5–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. Atoms are represen
RM2AJ9Y1Y–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFF7B34H–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Stylized skeletal
RFJ3PEH7–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis.
RF2BFCB92–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RFJ3PEH4–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis.
RFJ3PB12–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. Atoms are represen
RM2AJ9Y21–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFJ3PB0T–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. Atoms are represen
RFJ3PB10–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. Atoms are represen
RF2HFHD1Y–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RF2HFHF50–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RFF7B2RN–N-Acetylglucosamine (NAG) food supplement molecule. Stylized skeletal formula (chemical structure). Atoms are shown as
RF2C9JT8J–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. White skeletal formula on dark teal gradi
RF2BFCB8P–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RM2AJ9Y35–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RF2HFHHRR–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Skeletal formula.
RFPTWYCR–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. 3D rendering. Atom
RF2C9JT90–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Blue skeletal formula on white background
RF2BFCB96–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RM2AJ9Y23–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFPTWYCN–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. 3D rendering.
RF2C9JT94–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Stylized skeletal formula (chemical struc
RF2BFCB9F–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RM2AJ9Y26–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RM2BHW67N–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFPTWYCP–Chondroitin sulphate (short fragment). Important component of cartilage. Used as dietary supplement in treatment of osteoarthritis. 3D rendering. Atom
RF2C9JTA3–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides. Stylized skeletal formula (chemical struc
RF2BFCB8T–Glucosamine is an amino sugar and a prominent precursor in the biochemical synthesis of glycosylated proteins and lipids. Glucosamine is part of the s
RM2BHW682–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFD8PGN9–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding.
RM2BHW67Y–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFD8PGPK–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding.
RM2BHW680–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFD8PGR1–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding.
RM2BHW681–Gram negative bacterium in section, DNA, mRNA ribosomes, treatments. The bacterium is cut to show its structure: wall traversed by porins, periplasmic
RFD8PGP8–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding.
RM2AJ9XH9–Structure of a gram negative bacteria. The bacterium is partially cut to show its structure: wall traversed by porins, peptidoglycan and membrane. At the heart of the bacteria, DNA in transcription with a long strand of mRNA, the ribosomes producing proteins. on the left, PABA is involved in the transformation of folic acid into folinic acid.
RFD8PGMJ–Glucosamine food supplement molecule. Atoms are represented as spheres with conventional color coding.
RFD8PH33–N-Acetylglucosamine (NAG) food supplement molecule. Atoms are represented as spheres with conventional color coding.
RFD8PH2W–N-Acetylglucosamine (NAG) food supplement molecule. Atoms are represented as spheres with conventional color coding.
RFD8PH31–N-Acetylglucosamine (NAG) food supplement molecule. Atoms are represented as spheres with conventional color coding.
RFD8PH2P–N-Acetylglucosamine (NAG) food supplement molecule. Atoms are represented as spheres with conventional color coding.
RFE4ARX3–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides
RFE4AT0C–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides
RFE4ARXK–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides
RFE4ARY9–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides
RFE4ARYK–Glucuronic acid molecule. Glucuronidation of xenobiotics plays role in drug metabolism, giving glucuronides
Search Results for Proteoglycan Stock Photos and Images (88)
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