Difference between revisions of "Schisandraceae"

Blume
Common names: Star-vine Family
Treatment appears in FNA Volume 3. Treatment on page 62.
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--><span class="statement" id="st-d0_s0" data-properties="shrub duration;shrub duration;shrub growth form;shrub growth form;shrub pubescence"><b>Shrubs,</b> evergreen or deciduous, scandent or twining, glabrous.</span> <span class="statement" id="st-d0_s1" data-properties="leaf arrangement;leaf architecture;leaf architecture"><b>Leaves </b>alternate, simple, without stipules, petiolate.</span> <span class="statement" id="st-d0_s2" data-properties="leaf-blade odor;leaf-blade coloration;leaf-blade shape;leaf-blade shape;leaf-blade shape;leaf-blade architecture;leaf-blade width;leaf-blade texture;margin architecture or shape;margin architecture or shape;margin architecture or shape"><b>Leaf-</b>blade often fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire to remotely dentate.</span> <span class="statement" id="st-d0_s3" data-properties="flower reproduction;flower architecture;flower architecture;flower position;flower architecture or arrangement or growth form;flower architecture"><b>Flowers </b>unisexual, staminate and pistillate on same [different] plants, axillary, solitary, pedunculate;</span> <span class="statement" id="st-d0_s4" data-properties="peduncle architecture">peduncle bracteolate;</span> <span class="statement" id="st-d0_s5" data-properties="perianth position">perianth hypogynous;</span> <span class="statement" id="st-d0_s6" data-properties="tepal quantity;tepal arrangement;tepal fusion;series atypical quantity;series quantity;innermost tepal architecture">tepals 5-20, imbricate, distinct, in 2 [-3] series, all similar but innermost more petaloid.</span> <span class="statement" id="st-d0_s7" data-properties="flower architecture;stamen quantity;stamen position;stamen fusion;stamen fusion;mass texture;mass shape;mass shape;series quantity"><b>Staminate </b>flowers: stamens 4-80, hypogynous, distinct or connate partially or completely into fleshy, globose or discoid mass, in 1-several series;</span> <span class="statement" id="st-d0_s8" data-properties="flower architecture;anther fixation;anther architecture or structure in adjective form;anther dehiscence">anthers basifixed, 4-locular, longitudinally dehiscent;</span> <span class="statement" id="st-d0_s9" data-properties="flower architecture;pollen dehiscence;pollen dehiscence">pollen 3-aperturate or 6-aperturate;</span> <span class="statement" id="st-d0_s10" data-properties="flower architecture;pistil presence">pistil absent.</span> <span class="statement" id="st-d0_s11" data-properties="flower architecture;pistil architecture;pistil quantity;pistil fusion;pistil arrangement;pistil fixation;series quantity;axis shape;axis shape;axis shape"><b>Pistillate </b>flowers: pistils simple, 6-300, distinct, closely-set in few-to-many series on globose to elongate axis, attached obliquely;</span> <span class="statement" id="st-d0_s12" data-properties="flower architecture;flower placentation;flower orientation">placentation marginal to pendulous;</span> <span class="statement" id="st-d0_s13" data-properties="flower architecture;ovule atypical quantity;ovule atypical quantity;ovule quantity">ovules [1-] 2-3 [-10] per locule;</span> <span class="statement" id="st-d0_s14" data-properties="flower architecture;stigmatic surface position">stigmatic surface adaxial;</span> <span class="statement" id="st-d0_s15" data-properties="flower architecture;stamen presence">stamens absent.</span> <span class="statement" id="st-d0_s16" data-properties="axis shape"><b>Fruits </b>aggregates of berries, produced on elongate axis.</span> <span class="statement" id="st-d0_s17" data-properties="seed atypical quantity;seed atypical quantity;seed quantity;seed shape"><b>Seeds </b>[1-] 2-3 [-10] per berry, flattened;</span> <span class="statement" id="st-d0_s18" data-properties="endosperm quantity;endosperm coating">endosperm copious, oily;</span> <span class="statement" id="st-d0_s19" data-properties="embryo size">embryo small.</span><!--
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--><span class="statement" id="st-undefined" data-properties=""><b>Shrubs,</b> evergreen or deciduous, scandent or twining, glabrous. <b>Leaves</b> alternate, simple, without stipules, petiolate. <b>Leaf</b> blade often fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire to remotely dentate. <b>Flowers</b> unisexual, staminate and pistillate on same [different] plants, axillary, solitary, pedunculate; peduncle bracteolate; perianth hypogynous; tepals 5-20, imbricate, distinct, in 2[-3] series, all similar but innermost more petaloid. <b>Staminate</b> flowers: stamens 4-80, hypogynous, distinct or connate partially or completely into fleshy, globose or discoid mass, in 1-several series; anthers basifixed, 4-locular, longitudinally dehiscent; pollen 3- or 6-aperturate; pistil absent. <b>Pistillate</b> flowers: pistils simple, 6-300, distinct, closely set in few to many series on globose to elongate axis, attached obliquely; placentation marginal to pendulous; ovules [1-]2-3[-10] per locule; stigmatic surface adaxial; stamens absent. <b>Fruits</b> aggregates of berries, produced on elongate axis. <b>Seeds</b> [1-]2-3[-10] per berry, flattened; endosperm copious, oily; embryo small.</span><!--
  
 
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|distribution=North America;chiefly e Asia
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|distribution=North America;chiefly e Asia.
 
|discussion=<p>Genera 2, species 47 (1 genus, 1 species in the flora).</p><!--
 
|discussion=<p>Genera 2, species 47 (1 genus, 1 species in the flora).</p><!--
 
--><p>The Chinese drug wu-wei-zi and its substitutes are obtained from species of Schisandra. The drug is considered a potential source of expectorants, immune response boosters, and anti-ulcer compounds. Several lignan compounds from species of the genus are used as a treatment for hepatitis and as central nervous-system depressants (S. Foster 1989).</p><!--
 
--><p>The Chinese drug wu-wei-zi and its substitutes are obtained from species of Schisandra. The drug is considered a potential source of expectorants, immune response boosters, and anti-ulcer compounds. Several lignan compounds from species of the genus are used as a treatment for hepatitis and as central nervous-system depressants (S. Foster 1989).</p><!--
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|family=Schisandraceae
 
|family=Schisandraceae
 
|illustrator=John Myers
 
|illustrator=John Myers
|distribution=North America;chiefly e Asia
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|distribution=North America;chiefly e Asia.
 
|reference=hutchinson1973b;smith1947a
 
|reference=hutchinson1973b;smith1947a
 
|publication title=
 
|publication title=
 
|publication year=
 
|publication year=
 
|special status=
 
|special status=
|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-fine-grained-xml.git/src/287ef3db526bd807d435a3c7423ef2df1e951227/V3/V3_413.xml
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|source xml=https://jpend@bitbucket.org/aafc-mbb/fna-data-curation.git/src/9216fc802291cd3df363fd52122300479582ede7/coarse_grained_fna_xml/V3/V3_413.xml
|anther architecture or structure in adjective form=4-locular
 
|anther dehiscence=dehiscent
 
|anther fixation=basifixed
 
|axis shape=elongate;globose;elongate
 
|embryo size=small
 
|endosperm coating=oily
 
|endosperm quantity=copious
 
|flower architecture=pistillate;pistillate;pistillate;pistillate;pistillate;staminate;staminate;staminate;staminate;pedunculate;pistillate;staminate
 
|flower architecture or arrangement or growth form=solitary
 
|flower orientation=pendulous
 
|flower placentation=marginal
 
|flower position=axillary
 
|flower reproduction=unisexual
 
|innermost tepal architecture=petaloid
 
|leaf architecture=petiolate;simple
 
|leaf arrangement=alternate
 
|leaf-blade architecture=veined
 
|leaf-blade coloration=translucent-dotted
 
|leaf-blade odor=fragrant
 
|leaf-blade shape=ovate;lanceolate
 
|leaf-blade texture=leathery
 
|leaf-blade width=thin
 
|margin architecture or shape=entire;remotely dentate
 
|mass shape=discoid;globose
 
|mass texture=fleshy
 
|ovule atypical quantity=3;10
 
|ovule quantity=2;3
 
|peduncle architecture=bracteolate
 
|perianth position=hypogynous
 
|pistil architecture=simple
 
|pistil arrangement=closely-set
 
|pistil fixation=attached
 
|pistil fusion=distinct
 
|pistil presence=absent
 
|pistil quantity=6;300
 
|pollen dehiscence=6-aperturate;3-aperturate
 
|seed atypical quantity=3;10
 
|seed quantity=2;3
 
|seed shape=flattened
 
|series atypical quantity=2;3
 
|series quantity=few-to-many;1;several
 
|shrub duration=deciduous;evergreen
 
|shrub growth form=twining;scandent
 
|shrub pubescence=glabrous
 
|stamen fusion=connate;distinct
 
|stamen position=hypogynous
 
|stamen presence=absent
 
|stamen quantity=4;80
 
|stigmatic surface position=adaxial
 
|tepal arrangement=imbricate
 
|tepal fusion=distinct
 
|tepal quantity=5;20
 
 
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Revision as of 13:40, 27 July 2019

Shrubs, evergreen or deciduous, scandent or twining, glabrous. Leaves alternate, simple, without stipules, petiolate. Leaf blade often fragrant (especially when bruised or crushed), translucent-dotted, ovate to lanceolate, pinnately veined, thin to leathery, margins entire to remotely dentate. Flowers unisexual, staminate and pistillate on same [different] plants, axillary, solitary, pedunculate; peduncle bracteolate; perianth hypogynous; tepals 5-20, imbricate, distinct, in 2[-3] series, all similar but innermost more petaloid. Staminate flowers: stamens 4-80, hypogynous, distinct or connate partially or completely into fleshy, globose or discoid mass, in 1-several series; anthers basifixed, 4-locular, longitudinally dehiscent; pollen 3- or 6-aperturate; pistil absent. Pistillate flowers: pistils simple, 6-300, distinct, closely set in few to many series on globose to elongate axis, attached obliquely; placentation marginal to pendulous; ovules [1-]2-3[-10] per locule; stigmatic surface adaxial; stamens absent. Fruits aggregates of berries, produced on elongate axis. Seeds [1-]2-3[-10] per berry, flattened; endosperm copious, oily; embryo small.

Distribution

North America, chiefly e Asia.

Discussion

Genera 2, species 47 (1 genus, 1 species in the flora).

The Chinese drug wu-wei-zi and its substitutes are obtained from species of Schisandra. The drug is considered a potential source of expectorants, immune response boosters, and anti-ulcer compounds. Several lignan compounds from species of the genus are used as a treatment for hepatitis and as central nervous-system depressants (S. Foster 1989).

Schisandraceae were considered closely allied to Illiciaceae by A. C. Smith (1947). Embryologic studies (R. N. Kapil and S. Jalan 1964) were interpreted as showing that the former are considerably removed from the latter. In his monograph, A. C. Smith also postulated a close relationship between Schisandraceae and Magnoliaceae. J. Hutchinson (1973) stated that Schisandraceae were probably derived from Magnoliaceae. Studies of fossil pollen led J. W. Walker and A. G. Walker (1984) to conclude that Schisandraceae and Illiceaceae are closely allied with Winteraceae. Based on analysis of nucleotide sequences from the plastid gene rbcL, however, M. W. Chase et al. (1993) and Qiu Y. L. et al. (1993) concluded that Schisandraceae and Illiciaceae are closely allied and closely related to Austrobaileyaceae but distant from Winteraceae.

Lower Taxa