diff --git a/cl/citations/match_citations_queries.py b/cl/citations/match_citations_queries.py
index ecfab63f58..ac11141c2f 100644
--- a/cl/citations/match_citations_queries.py
+++ b/cl/citations/match_citations_queries.py
@@ -7,6 +7,7 @@
 from eyecite import get_citations
 from eyecite.models import FullCaseCitation
 from eyecite.tokenizers import HyperscanTokenizer
+from natsort import natsort
 
 from cl.citations.types import SupportedCitationType
 from cl.citations.utils import (
@@ -21,19 +22,22 @@
 HYPERSCAN_TOKENIZER = HyperscanTokenizer(cache_dir=".hyperscan")
 
 
-def fetch_citations(search_query: Search) -> list[Hit]:
+def fetch_citations(search_query: Search, fields=None) -> list[Hit]:
     """Fetches citation matches from Elasticsearch based on the provided
     search query.
 
     :param search_query: The Elasticsearch DSL Search object.
+    :param fields: fields to return
     :return: A list of ES Hits objects.
     """
 
+    if fields is None:
+        fields = ["id", "caseName", "absolute_url", "dateFiled"]
     citation_hits = []
     search_query = search_query.sort("id")
     # Only retrieve fields required for the lookup.
     search_query = search_query.source(
-        includes=["id", "caseName", "absolute_url", "dateFiled"]
+        includes=fields
     )
     # Citation resolution aims for a single match. Setting up a size of 2 is
     # enough to determine if there is more than one match.
@@ -215,6 +219,62 @@ def es_search_db_for_full_citation(
                 full_citation.citing_opinion,
             )
             return results, citation_found
+    else:
+        # We didn't get an exact match on the volume/reporter/page. Perhaps
+        # it's a pincite. Find closest citations filtering by volume and
+        # reporter and excluding self cites.
+        partial_citation_str = " ".join([full_citation.groups["volume"], full_citation.groups["reporter"]])
+        filters = [Q(
+            "match_phrase",
+            **{"citation.exact": partial_citation_str},
+        )]
+        query = Q("bool", must_not=must_not, filter=filters)
+        citations_query = search_query.query(query)
+        results = fetch_citations(citations_query, fields=["id", "cluster_id", "citation", "text"])
+        closest_opinion_clusters = []
+
+        # Create a temporal item and add it to the values list (cluster_id,
+        # page)
+        citation_item = (0, full_citation.groups["page"])
+        closest_opinion_clusters.append(citation_item)
+
+        for result in results:
+            # Get the citations from OpinionDocument that matched the partial
+            # citation
+            valid_citations = [get_citations(citation)[0] for citation in result["citation"] if partial_citation_str in citation and get_citations(citation)]
+
+            for valid_citation in valid_citations:
+                closest_opinion_clusters.append((result["cluster_id"], valid_citation.groups["page"]))
+
+        if len(closest_opinion_clusters) > 1:
+            # Order by page number
+            sort_possible_matches = natsort.natsorted(
+                closest_opinion_clusters, key=lambda item: item[1]
+            )
+            # Find te index of the temporal item
+            citation_item_position = sort_possible_matches.index(citation_item)
+
+            if citation_item_position > 0:
+                # if the position is greater than 0, then the previous item in
+                # the list is the closest citation, we get the cluster id of the
+                # previous item
+                possible_cluster_id_matched = sort_possible_matches[citation_item_position - 1][0]
+
+                # We filter the results list to get the possible match
+                # OpinionDocument
+                filtered_results = [hit for hit in results if hit.cluster_id == possible_cluster_id_matched]
+
+                if len(filtered_results) == 1 and f"*{full_citation.groups["page"]}" in filtered_results[0]["text"]:
+                    # Check if the page number is in the opinion text, currently
+                    # we only look for this format: *page_number
+                    return [filtered_results[0]], citation_found
+                for result in filtered_results:
+                    # We could have clusters with multiple opinions, we need
+                    # to check if the page number is in any of the opinions
+                    if f"*{full_citation.groups['page']}" in result["text"]:
+                        # We found the page number in the opinion content
+                        return [result], citation_found
+
     # Give up.
     return [], citation_found